SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 0) [x=0 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (6)
CBP     47
DeltaQuant                      -20
      Luma # c & tr.1s vlc=0 #c=14 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=15 #t1=3
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=0
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=15 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=0
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 0) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       7 (7)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=16 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=11 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=8 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=13 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 0) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=8 #t1=0
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 0) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       2 (8)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 0) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       0 (8)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       2 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=9 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 0) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
CompressSlice 1
*************** MB = 6 ***(pic 0) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=16 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=2
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=0
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 0) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=10 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=8 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 0) [x=8 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 0) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=9 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=10 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 0) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=2
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=10 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=9 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 10 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 0) [x=0 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       2 (8)
CBP     47
DeltaQuant                      2
      Luma # c & tr.1s vlc=0 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 0) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=3
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
CompressSlice 2
*************** MB = 13 ***(pic 0) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=7 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 0) [x=3 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=3 #c=15 #t1=0
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=3 #c=10 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=13 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 0) [x=4 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=16 #t1=3
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 0) [x=5 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 0) [x=6 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=12 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 0) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       3 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=11 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 0) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=14 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=15 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 0) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=13 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=16 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=15 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 0) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=15 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=14 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=12 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 0) [x=0 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=13 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 0) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 0) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=13 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=12 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=14 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 0) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       7 (3)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (8)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 0) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 0) [x=5 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=16 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 2
CompressSlice 3
*************** MB = 28 ***(pic 0) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 0) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 0) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (4)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=13 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 0) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=12 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=14 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=13 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 0) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=13 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=14 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 0) [x=0 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 0) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 0) [x=2 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=12 #t1=1
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 0) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 0) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (7)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       1 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 0) [x=5 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=12 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 0) [x=6 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=14 #t1=0
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 0) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (5)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 0) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 0) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 0) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 0) [x=0 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=12 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 0) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 0) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 0) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 0) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 0) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (6)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       7 (7)
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 0) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (7)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
CompressSlice 4
*************** MB = 51 ***(pic 0) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 0) [x=8 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=15 #t1=0
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 0) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 0) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 0) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=11 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 0) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 0) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 0) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 0) [x=4 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=6 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 0) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (7)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (6)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 0) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 0) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 0) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (4)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 0) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 0) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 0) [x=0 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=8 #t1=3
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 0) [x=1 y=6] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=8 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 0) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 0) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 0) [x=4 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=10 #t1=3
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 0) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 0) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       6 (7)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (8)
Intra mode4x4 Dir     =       4 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 0) [x=7 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=11 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 0) [x=8 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 0) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 0) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 0) [x=0 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=0
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 0) [x=1 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 0) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 0) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 0) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 0) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 0) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       5 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 0) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (6)
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 0) [x=8 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 0) [x=9 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=3
    Lum16DC totalrun = 8 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 0) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 0) [x=0 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=5 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 0) [x=1 y=8] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 0) [x=2 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=7 #t1=1
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 0) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 0) [x=4 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=13 #t1=0
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 0) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 0) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 0) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (7)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 0) [x=8 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=9 #t1=1
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 0) [x=9 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=12 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 0) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 1) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 1) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 1) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 1) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 1) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 1) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 1) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 1) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 1) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 1) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 1) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 1) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 1) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 1) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 1) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 1) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 1) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 1) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 4
Pred.mXLum = -15
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 1) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 2
Pred.mXLum = -16
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 1) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 1) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 1) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 1) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 1) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 1) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = -7
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 1) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 2
Pred.mXLum = -16
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 1) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 2
Pred.mXLum = -16
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 1) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 1) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 1) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 1) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 1) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 4
Pred.mXLum = -10
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 1) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 4
Pred.mXLum = -16
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 1) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 4
Pred.mXLum = -16
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 1) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 1) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 1) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 1) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 1) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -11
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 1) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 0
Pred.mXLum = -16
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 1) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 0
Pred.mXLum = -15
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 1) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 1) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 1) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 1) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 1) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 1) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 1) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 0
Pred.mXLum = -15
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 1) [x=6 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=9 #t1=0
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 1) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 1) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 1) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 1) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 1) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 1) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 1) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 1) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 1) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 1) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 1) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 1) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 1) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     41
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 2) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 2) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 2) [x=6 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 6
mXLum[2] = 4
mYLum[2] = 20
Pred.mXLum = -2
Pred.mYLum = 1
mXLum[3] = -16
mYLum[3] = 0
Pred.mXLum = -2
Pred.mYLum = 6
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 2) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 2) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 2) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 2) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 2) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 2) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 2) [x=7 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = -2
mXLum[2] = -8
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -10
mYLum[3] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 2) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 2) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 2) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 2) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 2) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 2) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 2) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 2) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 2) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 2) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 2) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 2) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 2) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 2) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 2) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 2) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 2) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 2) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 2) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 2) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 2) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 2) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 2) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 2) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 2) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 8
Pred.mXLum = -14
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 2) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 6
Pred.mXLum = -20
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 2) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 4
Pred.mXLum = -18
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 2) [x=7 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 4
Pred.mXLum = -12
Pred.mYLum = 2
mXLum[1] = -10
mYLum[1] = 4
Pred.mXLum = -12
Pred.mYLum = 2
mXLum[2] = -18
mYLum[2] = 2
Pred.mXLum = -18
Pred.mYLum = 4
mXLum[3] = -6
mYLum[3] = -6
Pred.mXLum = -18
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 2) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 2) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 2) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 2) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 2) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 2) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 6
Pred.mXLum = -12
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 2) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 5
Pred.mXLum = -18
Pred.mYLum = 6
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 2) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 2
Pred.mXLum = -18
Pred.mYLum = 4
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 2) [x=7 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = -2
Pred.mXLum = -18
Pred.mYLum = 2
mXLum[1] = -10
mYLum[1] = 26
Pred.mXLum = -6
Pred.mYLum = -2
mXLum[2] = -16
mYLum[2] = 0
Pred.mXLum = -22
Pred.mYLum = 2
mXLum[3] = -10
mYLum[3] = 10
Pred.mXLum = -16
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 2) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 2) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 2) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 2) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 2) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 2) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 2) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 2) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 4
Pred.mXLum = -23
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 2) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 4
Pred.mXLum = -19
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 2) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 2
Pred.mXLum = -16
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 2) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 2) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 2) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 2) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 2) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 2) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 2) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -2
Pred.mXLum = -19
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 2) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 4
Pred.mXLum = -19
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 2) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -11
Pred.mYLum = 2
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 2) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 2) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 2) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 2) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 2) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 2) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 2) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -19
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 2) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 0
CBP     19
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 2) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 2) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 2) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 2) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 3) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 3) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 3) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 3) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 3) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 3) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 3) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 3) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 3) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 3) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 3) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 3) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 3) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 3) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 3) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 3) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 3) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 3) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 3) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 3) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 3) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 3) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 3) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 3) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 3) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 3) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 3) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 3) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = 2
Pred.mXLum = -11
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 3) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -3
Pred.mXLum = -11
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 3) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 3) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 3) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 3) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 3) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 3) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 5
Pred.mXLum = -7
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 3) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 5
Pred.mXLum = -22
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 3) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = 4
Pred.mXLum = -15
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 3) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -15
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 3) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 3) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 3) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 3) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -11
Pred.mYLum = 5
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 3) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -27
mYLum[0] = -3
Pred.mXLum = -15
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 3) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = 2
Pred.mXLum = -20
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 3) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 3) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 3) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 3) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 3) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 3) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 3) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 2
Pred.mXLum = -20
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 3) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 5
Pred.mXLum = -19
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 3) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 4
Pred.mXLum = -19
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 3) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 3) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 3) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 3) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 3) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 3) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 3) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 3) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -3
Pred.mXLum = -19
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 3) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 8
Pred.mXLum = -15
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 3) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 5
Pred.mXLum = -10
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 3) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 3) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 3) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 3) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 3) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 3) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 3) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 3) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 5
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 3) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 3) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 3) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 3) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 4) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 4) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 4) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 4) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 4) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 4) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 4) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 4) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 4) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 4) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 4) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 4) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 4) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 4) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 4) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 4) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 4) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 4) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 4) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 4) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 4) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 4) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 4) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 4) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 4) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 4) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 4) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 4) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 4) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 4) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = -10
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 4) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 1
Pred.mXLum = -15
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 4) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -3
Pred.mXLum = -8
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 4) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 4) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 4) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 4) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 4) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 4) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 4
Pred.mXLum = -15
Pred.mYLum = 1
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 4) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = -16
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 4) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -2
Pred.mXLum = -15
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 4) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 4) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 4) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 4) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 4) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 4) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 4) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 2
Pred.mXLum = -15
Pred.mYLum = 4
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 4) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = -15
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 4) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 0
Pred.mXLum = -15
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 4) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 4) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 4) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 4) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 4) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 4) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 4) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -15
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 4) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 2
Pred.mXLum = -15
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 4) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -18
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 4) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 4) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 4) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 4) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 4) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 4) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -7
Pred.mXLum = -12
Pred.mYLum = 2
CBP     22
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 4) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 0
Pred.mXLum = -15
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 4) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 4) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 4) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 4) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 4) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 4) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 4) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -14
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 4) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 4) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 4) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 4) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 4) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 5) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 5) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 5) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 5) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 5) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 5) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 5) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 5) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 5) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 5) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 5) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 5) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 5) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 5) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 5) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 5) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 5) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 5) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 5) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 5) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 5) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 5) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 5) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 5) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 5) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 5) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 5) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 5) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 5) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 5) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 5) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 5) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = -11
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 5) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 5) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 5) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -3
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 5) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 5) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 5) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 5) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 5) [x=3 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -4
mYLum[1] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = -2
mYLum[2] = 6
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[3] = -6
mYLum[3] = 4
Pred.mXLum = -2
Pred.mYLum = 6
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 5) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 5) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 4
Pred.mXLum = -11
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 5) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 2
Pred.mXLum = -15
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 5) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 5) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = -3
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 5) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 5) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 5) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 5) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 5) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 5) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 5) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 4
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 5) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 4
Pred.mXLum = -12
Pred.mYLum = 2
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 5) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 4
Pred.mXLum = -12
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 5) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 0
Pred.mXLum = -12
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 5) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 5) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 5) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 5) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 5) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 5) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 5) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 5) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 5) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -14
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 5) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -10
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 5) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 5) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 5) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 5) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = 0
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 5) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 5) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 5) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 5) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 5) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 5) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 5) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 5) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 5) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 5) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 5) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 5) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 5) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 5) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 6) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 6) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 6) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 6) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 6) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 6) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 6) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 6) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 6) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 6) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 6) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 6) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 6) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 6) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 6) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 6) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 6) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 6) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 6) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 6) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 6) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 6) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 6) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 6) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 6) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 6) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 6) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 6) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 6) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 6) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 6) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 6) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 6) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 6) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 6) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 8
Pred.mXLum = -8
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 6) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 6) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -12
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 6) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 6) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 6) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 6) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 6) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 6) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -6
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 6) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 5
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 6) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 6
Pred.mXLum = -10
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 6) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 6) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 6) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 6) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 6) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 6) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 6) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 6) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 6) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 12
Pred.mXLum = -7
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 6) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 6) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 6) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 6) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 6) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 6) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 6) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 6) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 6) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 6) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 6) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 6) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 6) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 6) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 6) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 6) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 6) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 6) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 6) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 6) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 7) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 7) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 7) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 7) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 7) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 7) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 7) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 7) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 7) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 7) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 7) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 7) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 7) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 7) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 7) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 7) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 7) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 7) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 7) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 7) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 7) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 7) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 7) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 7) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 7) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 7) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 7) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 7) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 7) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 7) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 7) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 7) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 7) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 7) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 7) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 7) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 7) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 7) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 7) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 7) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 7) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 7) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 7) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 7) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 7) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 8
Pred.mXLum = -8
Pred.mYLum = 1
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 7) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 7) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 7) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 7) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 7) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 7) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 7) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 7) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 6
Pred.mXLum = -7
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 7) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 7) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 7) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 7) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 7) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 7) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 7) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 7) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 7) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 7) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 7) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 7) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 7) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 7) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 7) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 7) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 7) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 7) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 7) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 7) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 7) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 7) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 7) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 7) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 7) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 7) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 7) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 7) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 7) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 7) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 7) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -10
mYLum[1] = -4
Pred.mXLum = -7
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 7) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 7) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 7) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 7) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 8) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 8) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 8) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 8) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 8) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 8) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 8) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 8) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 8) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 8) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 8) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 8) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 8) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 8) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 8) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 8) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 8) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 8) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 8) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 8) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 8) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 8) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 8) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 8) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 8) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 8) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 8) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 8) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 8) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 8) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 8) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 8) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 8) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 8) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 8) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 8) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 8) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 8) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 8) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 8) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 8) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 8) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 8) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 8) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 8) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 6
Pred.mXLum = -7
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 8) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 8) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 8) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 8) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 8) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 8) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 8) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 8) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 4
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 8) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 1
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 8) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 8) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 8) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 8) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 8) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 8) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 8) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 8) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 8) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 8) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 8) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 8) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 8) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 8) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 8) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 8) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 8) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 8) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 8) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 8) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 8) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 8) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 8) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 8) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 8) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 8) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 8) [x=2 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=0
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 8) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 8) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 8) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 8) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 8) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 8) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 8) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 9) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 9) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 9) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 9) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 9) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 9) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 9) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 9) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 9) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 9) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 9) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 9) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 9) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 9) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 9) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 9) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 9) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 9) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 9) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 9) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 9) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 9) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 9) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 9) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 9) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 9) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 9) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 9) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 9) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 9) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 9) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 9) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 9) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 9) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 9) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 9) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 9) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 9) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 9) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 9) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 9) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 9) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 9) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 9) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 9) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 9) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 9) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 9) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 9) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 9) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 9) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 9) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 9) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 9) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 9) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 9) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 9) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 9) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 9) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 9) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 9) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 9) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 9) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 9) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 9) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 9) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 9) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 9) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 9) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 9) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=11 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 9) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 9) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 9) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 9) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 9) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 9) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 9) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 9) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 9) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 9) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 9) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 9) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 9) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 9) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 9) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 9) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 9) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 9) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 9) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 9) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=3
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 9) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 9) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 9) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 10) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 10) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 10) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 10) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 10) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 10) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 10) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 10) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 10) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 10) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 10) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 10) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 10) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 10) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 10) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 10) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 10) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 10) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 10) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 10) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 10) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 10) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 10) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 10) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 10) [x=3 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -8
mYLum[1] = 4
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[2] = 8
mYLum[2] = 0
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[3] = 0
mYLum[3] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 10) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 10) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 10) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 10) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 10) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 10) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 10) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 10) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 10) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 10) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 10) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 10) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 10) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 10) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 10) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 10) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 10) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 10) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 10) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 10) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 10) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 10) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 10) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 10) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 10) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 10) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 10) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 10) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 10) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 10) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 10) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 10) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 10) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 10) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 10) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 10) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 10) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 10) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 10) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 10) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 10) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 10) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 10) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 10) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 10) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 10) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 10) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 10) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 10) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 10) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 10) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 10) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 10) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 10) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 10) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 10) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 10) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 10) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 10) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 10) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 10) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 10) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 10) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 10) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 10) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 10) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 10) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 10) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 10) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 11) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 11) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 11) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 11) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 11) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 11) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 11) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 11) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 11) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 11) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 11) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 11) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 11) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 11) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 11) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     24
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 11) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 11) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 11) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 11) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 11) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 11) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 11) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 11) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 11) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 11) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 11) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 11) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 11) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 11) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 11) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 11) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 11) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 11) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 11) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 11) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 11) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 11) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 11) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 11) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 11) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 11) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 11) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 11) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 11) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 11) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 11) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 11) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 11) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 11) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 11) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 11) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 11) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 11) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 11) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 11) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 11) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 11) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 11) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 11) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 11) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 11) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 11) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 11) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 11) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 11) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 11) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 11) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 11) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 11) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 11) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 11) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 11) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 11) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 11) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 11) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 11) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 11) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 11) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 11) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 11) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 11) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 11) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 11) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 11) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 11) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 11) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 11) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 11) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 11) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 11) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 11) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 11) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 11) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 11) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 11) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 12) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 12) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 12) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 12) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 12) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 12) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 12) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 12) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 12) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 12) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 12) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 12) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 12) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 12) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 12) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 12) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -12
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 12) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 12) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 12) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 12) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 12) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 12) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 12) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 12) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 12) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 12) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 12) [x=8 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 2
mYLum[2] = -6
Pred.mXLum = 4
Pred.mYLum = -3
mXLum[3] = -4
mYLum[3] = -10
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 12) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 12) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 12) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 12) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 12) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 12) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 12) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 12) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 12) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 12) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 12) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 12) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 12) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 12) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 12) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 12) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 12) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 12) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 12) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 13
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 12) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 12) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 12) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 12) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 12) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 12) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 12) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 12) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 12) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 14
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 12) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 14
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 12) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 12) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 12) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 12) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 12) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 12) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 12) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 13
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 12) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 14
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 12) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 14
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 12) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 12) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 12) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 12) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 12) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 12) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 12) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 12) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 12) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 12) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 12) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 12) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 12) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 12) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 12) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 12) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 9
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 12) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 12) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 12) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 12) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 12) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 13) [x=0 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (8)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=11 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=5 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=0
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 13) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       7 (7)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=0
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 13) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 13) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (8)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 13) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (8)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 13) [x=5 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=3 #c=13 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 13) [x=6 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=16 #t1=3
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 13) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 13) [x=8 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 13) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 13) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 13) [x=0 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (3)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 13) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 13) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 13) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (8)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 13) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 13) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 13) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 13) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 13) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 13) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 13) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 13) [x=0 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 13) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     30
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 13) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 13) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 13) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 13) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 13) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 13) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 13) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 13) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 13) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 13) [x=0 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 13) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 13) [x=2 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=13 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 13) [x=3 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=14 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 13) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       7 (8)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 13) [x=5 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (8)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 13) [x=6 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 13) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (6)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 13) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 13) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 13) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 13) [x=0 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (1)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
CompressSlice 1
*************** MB = 45 ***(pic 13) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 13) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 13) [x=3 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=15 #t1=0
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 13) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (3)
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 13) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 13) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 13) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 13) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 13) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 13) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 13) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 13) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 13) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 13) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       7 (6)
Intra mode4x4 Dir     =       5 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 13) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 13) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       3 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 13) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (5)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 13) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (5)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 13) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 13) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 13) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 13) [x=0 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=0
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 13) [x=1 y=6] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 13) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 13) [x=3 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 13) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 13) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (3)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 13) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 13) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 13) [x=8 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=5 #t1=0
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 13) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 13) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 13) [x=0 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 13) [x=1 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 13) [x=2 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 13) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 13) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 13) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 13) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 13) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (7)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 13) [x=8 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 8 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 13) [x=9 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 13) [x=10 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=11 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 13) [x=0 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 13) [x=1 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 13) [x=2 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=2
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 13) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 13) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 13) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 13) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 13) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (7)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 13) [x=8 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=8 #t1=2
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 13) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 13) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 14) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 14) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 14) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 14) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 14) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      2
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 14) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 14) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 14) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 14) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 14) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 14) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 14) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 14) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 14) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 14) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 14) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 14) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 14) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 14) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 14) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 14) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 14) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 14) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 14) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 14) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 14) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 14) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 14) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 14) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 14) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -4
Pred.mXLum = 13
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 14) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 14) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 14) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 14) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 14) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 14) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 14) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -6
Pred.mXLum = -4
Pred.mYLum = -2
mXLum[1] = 10
mYLum[1] = -10
Pred.mXLum = 13
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 14) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -4
Pred.mXLum = 13
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 14) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 14) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -6
Pred.mXLum = 10
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 14) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 14) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 14) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 14) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 14) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 14) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 14) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 14) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 6
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 14) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -6
Pred.mXLum = 24
Pred.mYLum = -4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 14) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 24
Pred.mYLum = -6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 14) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 16
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 14) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 14) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 14) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 14) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 14) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 14) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 14) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 14) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 14) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 14) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 14) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 17
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 14) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 14) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 14) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 14) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 14) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 14) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 14) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 14) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 22
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 14) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 20
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 14) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 14) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 10
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 14) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 14) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 14) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 14) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 14) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 14) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 14) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 14) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 20
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 14) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 10
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 14) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 14) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 14) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 14) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 15) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 15) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 15) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 15) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 15) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 15) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 15) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 15) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 15) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 15) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 15) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 15) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 15) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 15) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 15) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 15) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 15) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 15) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 15) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 15) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 15) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 15) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 15) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 15) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 15) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 15) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 15) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 15) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 15) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 15) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 15) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 15) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 15) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 4
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 15) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 10
Pred.mYLum = -8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 15) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 6
Pred.mYLum = -3
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 15) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 15) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 15) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 15) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 15) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 15) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 15) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -8
Pred.mXLum = 4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 15) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 10
Pred.mYLum = -6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 15) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 14
Pred.mYLum = -4
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 15) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -2
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 15) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 15) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 15) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 15) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 15) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 15) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 15) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 15) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 5
Pred.mYLum = -6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 15) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -6
Pred.mXLum = 14
Pred.mYLum = -6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 15) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -4
Pred.mXLum = 20
Pred.mYLum = -4
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 15) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 10
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 15) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 15) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 15) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 15) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 15) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 15) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 15) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 15) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -4
Pred.mXLum = 20
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 15) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -2
Pred.mXLum = 13
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 15) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 15) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 15) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 15) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 15) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 15) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 15) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 15) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 13
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 15) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 15) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 15) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 15) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 15) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 15) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 15) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 15) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 15) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 15) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 15) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 15) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 15) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 15) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 16) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 16) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 16) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 16) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 16) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 16) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 16) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 16) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 16) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 16) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 16) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 16) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 16) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 16) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 16) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 16) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 16) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 16) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 16) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 16) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 16) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 16) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 16) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -8
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 16) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = -3
Pred.mYLum = -3
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 16) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -14
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 16) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 16) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 16) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 16) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 16) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 16) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 16) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 16) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 16) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 16) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 16) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 16) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 16) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 16) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 16) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 16) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 16) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 16) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 16) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 10
Pred.mYLum = -6
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 16) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 10
Pred.mYLum = -4
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 16) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 16) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 16) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 16) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 16) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 16) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 16) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 16) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = -6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 16) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 10
Pred.mYLum = -6
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 16) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -4
Pred.mXLum = 10
Pred.mYLum = -3
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 16) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 16) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 16) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 16) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 16) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 16) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 16) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 16) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 16) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -4
Pred.mXLum = 10
Pred.mYLum = -4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 16) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 16) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 16) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 16) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 16) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 16) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 16) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 16) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 16) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 16) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 16) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = -2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 16) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 16) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 16) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 16) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 16) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 16) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 16) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 16) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 16) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = -2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 16) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 16) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 16) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 16) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 16) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 17) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 17) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 17) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 17) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 17) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 17) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 17) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 17) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 17) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 17) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 17) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 17) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 17) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 17) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 17) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 17) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 17) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 17) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 17) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 17) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 17) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 17) [x=5 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 17) [x=6 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 17) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 17) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 17) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 17) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 17) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 17) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 17) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 17) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 17) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 17) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 17) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -3
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 17) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 17) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 17) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 17) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 17) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 17) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 17) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 17) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 6
Pred.mYLum = -3
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 17) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 17) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 17) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 17) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 17) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 17) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 17) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 17) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 17) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -3
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 17) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 8
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 17) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 17) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 17) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 17) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 17) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 17) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 17) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 17) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 17) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 17) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 17) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 17) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 17) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 17) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 17) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 17) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 17) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 17) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 17) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 17) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 17) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 17) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 17) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 17) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 17) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 17) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 17) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 17) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 17) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 17) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 17) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 17) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 17) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 17) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 18) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 18) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 18) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 18) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 18) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 18) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 18) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 18) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 18) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 18) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 18) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 18) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 18) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 18) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 18) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 18) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 18) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 18) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 18) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 18) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 18) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 18) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 18) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 18) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 18) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 18) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 18) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 18) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 12
mYLum[2] = 0
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = 10
Pred.mXLum = 4
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 18) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 18) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 18) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 18) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 18) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 18) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 18) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 18) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 18) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 6
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 18) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 18) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 18) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 18) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 18) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 18) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 18) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 18) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 18) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 18) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 18) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 18) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 18) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 18) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 18) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 18) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 18) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 18) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 18) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 18) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 18) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 18) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 18) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 18) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 18) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 18) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 18) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 18) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 18) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 18) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = -2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 18) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 18) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 18) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 18) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 18) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 18) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 18) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 18) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 18) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 18) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 18) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 18) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 18) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 18) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 18) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 18) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 18) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 18) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 18) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 18) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 18) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 18) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 18) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 18) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 19) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     39
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 19) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 19) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 19) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 19) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 19) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 19) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 19) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 19) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 19) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 19) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 19) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 19) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 19) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 19) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 19) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 19) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 19) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 19) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 19) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 19) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 19) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 19) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 19) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 19) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 19) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 19) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 19) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 19) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 19) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 19) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 19) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 19) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 6
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 19) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 19) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 19) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 19) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 19) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 19) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 19) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 19) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 19) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 19) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 19) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 19) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 19) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 19) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 19) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 19) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 19) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 19) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 19) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 19) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 19) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 19) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 19) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 19) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 19) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 19) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 19) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 19) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 19) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 19) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 19) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = -2
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 19) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = -2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 19) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 19) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 19) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 19) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 19) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 19) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 19) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 19) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 19) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 19) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 19) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 19) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 19) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 19) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 19) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 19) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 19) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 19) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 19) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 19) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 19) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 19) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 19) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 19) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 20) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 20) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 20) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 20) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 20) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 20) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 20) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 20) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 20) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 20) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 20) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 20) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 20) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 20) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 20) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 20) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 20) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=10 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 20) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 20) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 20) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 20) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 20) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 20) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 20) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 20) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 20) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 20) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 20) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 20) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 20) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 20) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 20) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 20) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 20) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 20) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 1
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 20) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 20) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 20) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 20) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 20) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 20) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 20) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 20) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 20) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 20) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 20) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 20) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 20) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 20) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 20) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 20) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 20) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 20) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 20) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 20) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 20) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 20) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 20) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 20) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 20) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 20) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 20) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 20) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 20) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 20) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 20) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 20) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 20) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 20) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 20) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 20) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 20) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 20) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 20) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 20) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 20) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 20) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 20) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 20) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 20) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 20) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 20) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 20) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 20) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 20) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 20) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 20) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 21) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 21) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 21) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 21) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 21) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 21) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 21) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 21) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 21) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 21) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 21) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 21) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 21) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 21) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 21) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 21) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 21) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 21) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 21) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 21) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 21) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 21) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 21) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 21) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 21) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 21) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 21) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 21) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 4
mXLum[1] = 8
mYLum[1] = 10
Pred.mXLum = 2
Pred.mYLum = 4
mXLum[2] = -8
mYLum[2] = -12
Pred.mXLum = 8
Pred.mYLum = 8
mXLum[3] = 8
mYLum[3] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 21) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 21) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 21) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 21) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 21) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 21) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 21) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 21) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 21) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 21) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 21) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 21) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 21) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 21) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 21) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 21) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 21) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 21) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 21) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 21) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 21) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 21) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 21) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 21) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 21) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 21) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 21) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 21) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 21) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 21) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 21) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 21) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 21) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 21) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 21) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 21) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 21) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 21) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 21) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 21) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 21) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 21) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 21) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 21) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 21) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 21) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 21) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 21) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 21) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 21) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 21) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 21) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 21) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 21) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 21) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 21) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 21) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 21) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 21) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 21) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 21) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=13 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 21) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 21) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 22) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 22) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 22) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 22) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 22) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 22) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 22) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 22) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 22) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 22) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 22) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 22) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 22) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 22) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 22) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 22) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 22) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 22) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 22) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=10 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 22) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 22) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 22) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 22) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 22) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 22) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 22) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 22) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = 5
Pred.mYLum = 9
mXLum[2] = 0
mYLum[2] = -2
Pred.mXLum = 6
Pred.mYLum = 8
mXLum[3] = 10
mYLum[3] = 12
Pred.mXLum = 6
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 22) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 22) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 22) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 22) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 22) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 22) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 22) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 22) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 22) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 22) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 22) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 22) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 22) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 22) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 22) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 22) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 22) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 22) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 22) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 22) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 22) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 22) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 22) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 22) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 22) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 22) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 22) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 22) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 22) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 22) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 22) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 22) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 22) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 22) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 22) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 22) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 22) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 22) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 22) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 22) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 22) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 22) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 22) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 22) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 22) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 22) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 22) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 22) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 22) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 22) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 22) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 22) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 22) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 22) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 22) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 22) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 22) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 22) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 22) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 22) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 22) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 22) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 22) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 22) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 22) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 23) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 23) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 23) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 23) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 23) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 23) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 23) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 23) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 23) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 23) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 23) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 23) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 23) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 23) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 23) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 23) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 23) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 23) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 23) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 23) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 23) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 23) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 23) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 23) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 23) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 23) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 14
Pred.mXLum = 1
Pred.mYLum = 2
mXLum[1] = 12
mYLum[1] = 14
Pred.mXLum = 1
Pred.mYLum = 4
mXLum[2] = 4
mYLum[2] = 2
Pred.mXLum = 12
Pred.mYLum = 14
mXLum[3] = 10
mYLum[3] = 12
Pred.mXLum = 12
Pred.mYLum = 14
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 23) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 23) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 23) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 23) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 23) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 23) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 23) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 23) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 23) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 23) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 23) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 23) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 23) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 23) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 23) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 23) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 12
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 23) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 23) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 23) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 23) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 23) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 23) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 23) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 23) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 23) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 23) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 23) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 23) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 23) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 23) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 23) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 23) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 23) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 23) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 23) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 23) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 23) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 23) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 23) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 23) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 23) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 23) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 23) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 23) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 23) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 23) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 23) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 23) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 23) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 23) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 23) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 23) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 23) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 23) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 23) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 23) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 23) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 23) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 23) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 23) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 23) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 23) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 23) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 24) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 24) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 24) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 24) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 24) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 24) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 10
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 24) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 24) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 24) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 24) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 24) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 24) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 24) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 24) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 24) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 24) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 24) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 24) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 24) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 24) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 24) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 24) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 24) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 24) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 24) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 24) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 24) [x=4 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=4 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 24) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 24) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 24) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 24) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 24) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 24) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 24) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 24) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 24) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 8
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 24) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 24) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 24) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 24) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 24) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 24) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 24) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 24) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 24) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 12
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 24) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 24) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 24) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 24) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 24) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 24) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 24) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 24) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 24) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 24) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 24) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 24) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 24) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 skipped*************
mXLum[0] = 6
mYLum[0] = 2
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 24) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 24) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 24) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 24) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 24) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 24) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 24) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 24) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 24) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 24) [x=5 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
mXLum[1] = 6
mYLum[1] = 2
Pred.mXLum = 6
Pred.mYLum = 2
mXLum[2] = 4
mYLum[2] = 0
Pred.mXLum = 4
Pred.mYLum = 2
mXLum[3] = 6
mYLum[3] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 24) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 24) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 24) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 24) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 24) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 24) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 24) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 24) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 24) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 24) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 24) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 24) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 24) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 24) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 24) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 24) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 24) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 24) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 24) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 24) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 24) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 24) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 24) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 24) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 24) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=14 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 24) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 25) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 25) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 25) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 25) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 25) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 25) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 25) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 25) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 25) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 25) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 25) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 25) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 25) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 25) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 8
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 25) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 25) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 25) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 25) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 25) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 25) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 25) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 25) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 25) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 25) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 25) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 25) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 25) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 25) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 25) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 25) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 25) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 25) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 25) [x=3 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 2
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 2
mYLum[2] = 2
Pred.mXLum = -2
Pred.mYLum = 4
mXLum[3] = 6
mYLum[3] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 25) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 25) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 25) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 25) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 4
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 25) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 25) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 25) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 25) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 25) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 25) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 25) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 25) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 25) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 25) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 25) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 25) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 25) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 25) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 25) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 25) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 25) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 25) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 25) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 4
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 25) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 25) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 25) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 25) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 25) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 25) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 25) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 25) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 25) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 25) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 25) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 25) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 25) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 25) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 25) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 25) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 25) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 25) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 25) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 25) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 25) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 25) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 25) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 25) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 25) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 25) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 25) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 25) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 25) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 25) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 25) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 25) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 26) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 26) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 26) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 26) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 26) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 26) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 26) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 26) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 26) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 26) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 26) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 26) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 26) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 26) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 26) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 26) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 26) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 26) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 26) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 26) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 26) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 26) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 26) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 26) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 26) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 26) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 26) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 26) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 26) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 26) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 26) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 26) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 26) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 26) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 26) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 26) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 26) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 26) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 26) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 26) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 26) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 26) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 26) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 26) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 26) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 26) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 26) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 26) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 26) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 26) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 26) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 26) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 26) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 26) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 26) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 26) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 26) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 26) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 26) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 26) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 26) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 26) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 26) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 26) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 26) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 26) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 26) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 26) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 26) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 26) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 26) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 26) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 26) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 26) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 26) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 26) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 26) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 26) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 26) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 26) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 26) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 26) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 26) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 26) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 26) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 26) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 27) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 27) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 27) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 27) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 27) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 27) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 27) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 27) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 27) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 27) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 27) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 27) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 27) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 27) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 27) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 27) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 27) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 27) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 27) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 27) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 27) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 27) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 27) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 27) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 27) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 27) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 27) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 27) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 27) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 27) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 27) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 27) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 27) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 27) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 27) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 27) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 27) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 27) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 27) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 skipped*************
mXLum[0] = 4
mYLum[0] = -2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 27) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 27) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 27) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 27) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 27) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 27) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 27) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 27) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 27) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 27) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 27) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 27) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 27) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 27) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 27) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 27) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 27) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 27) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 27) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 27) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 27) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 27) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 27) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 27) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 27) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 27) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 27) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 27) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 27) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 27) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 27) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 28) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 28) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 28) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 28) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 28) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 28) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 28) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 28) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 28) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 28) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 28) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 28) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 28) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 28) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 28) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 28) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 28) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 28) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 28) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 28) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 28) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 28) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 28) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 28) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 28) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 28) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 28) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 28) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 28) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 28) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 28) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 28) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 28) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 28) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 28) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 28) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 28) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 28) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 28) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 28) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 28) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 28) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 28) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 28) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 28) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 28) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 28) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 28) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 28) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 28) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 28) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 28) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 28) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 28) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 28) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 28) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 28) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 28) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 28) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 28) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 28) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 28) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 28) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 28) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 28) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 28) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 28) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 28) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 28) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 28) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 28) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 28) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 28) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 28) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 29) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 29) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 29) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 29) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 29) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 29) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 29) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 29) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 29) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 29) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 29) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 29) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 29) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 29) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 29) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 29) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 29) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 29) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 29) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 29) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 29) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 29) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 29) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 29) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 29) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 29) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 29) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 29) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 29) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 29) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 29) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 29) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 29) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 29) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 29) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 29) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 29) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 29) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 29) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 29) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 29) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 29) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 skipped*************
mXLum[0] = 4
mYLum[0] = -2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 29) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 29) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 29) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 29) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 29) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 29) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 29) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 29) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 29) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 29) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 29) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 29) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 29) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 29) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 29) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 29) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 29) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 29) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 29) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 29) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 29) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 29) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 29) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 29) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 29) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 29) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 29) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 30) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 30) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 30) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 30) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 30) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 30) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 30) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 30) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 30) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 30) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 30) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 30) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 30) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 30) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 30) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 30) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 30) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 30) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 30) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 30) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 30) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 30) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 30) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 30) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 30) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 30) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 30) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 30) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 30) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 30) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 30) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 30) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 30) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 30) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 30) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 30) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 30) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 30) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 30) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 30) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 30) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 30) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 30) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 30) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 30) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 30) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 30) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 30) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 30) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 30) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 30) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 30) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 30) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 30) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 30) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 30) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 30) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 1
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 30) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 30) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 30) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 30) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 30) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 30) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 30) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 30) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 30) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 30) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 30) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 30) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 30) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 30) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 30) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 30) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 30) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 30) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     19
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 30) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 30) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 30) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 30) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 30) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 30) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 31) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 31) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 31) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 31) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 31) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 31) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 31) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 31) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 31) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 31) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 31) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 31) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 31) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 31) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 31) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 31) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 31) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 31) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 31) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 31) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 31) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 31) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 31) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 31) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 31) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 31) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 31) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 31) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 31) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 31) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 31) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 31) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 31) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 31) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 31) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 31) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 31) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 31) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 31) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 31) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 31) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 31) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 31) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 31) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 31) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 31) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 31) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 31) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 31) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 31) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 31) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 31) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 31) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 31) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 31) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 31) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 31) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 31) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 31) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 31) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 31) [x=5 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = 4
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 31) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 31) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 31) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 31) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 31) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 31) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 31) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 31) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 31) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 31) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 31) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 31) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 31) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 31) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 31) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 31) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 31) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 31) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 31) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 31) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 31) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 31) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 31) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 32) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 32) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 32) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 32) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 32) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 32) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 32) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 32) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 32) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 32) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 32) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 32) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 32) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 32) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 32) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 32) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 32) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 32) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 32) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 32) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 32) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 32) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 32) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 32) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 32) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 32) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 32) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 32) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 32) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 32) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 32) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 32) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 32) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 32) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 32) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 32) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 32) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 32) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 32) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 32) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     26
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 32) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 32) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 32) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 32) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 32) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 32) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 32) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 32) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 32) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 32) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 32) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 32) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 32) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 32) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 32) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 32) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 32) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 32) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 32) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 32) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 32) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 32) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 32) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 32) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 32) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 32) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 32) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 32) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 32) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 32) [x=5 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[2] = 18
mYLum[2] = 4
Pred.mXLum = 6
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = 6
Pred.mXLum = 6
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 32) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 32) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 32) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 32) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 32) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 32) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 32) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 32) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 32) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 32) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 32) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 32) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 32) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 32) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 32) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 32) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 32) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 32) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 32) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 32) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 32) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 32) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 32) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 32) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 32) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 32) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 33) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 33) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 33) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 33) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 33) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 33) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 33) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 33) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 33) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 33) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 33) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 33) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 33) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 33) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 33) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 33) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 33) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 33) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 33) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 33) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 33) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 33) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 33) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 33) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 33) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 33) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 33) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 33) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 33) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 33) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 33) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 33) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 33) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 33) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 33) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 33) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 33) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 33) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 33) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 33) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 33) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 33) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 33) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 33) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 33) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 33) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 33) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 33) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 33) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 33) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 33) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 33) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 33) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 33) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 33) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 33) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 33) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 33) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 33) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 33) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 33) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 33) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 33) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 33) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 33) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 33) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 33) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 33) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 33) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 33) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 33) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 33) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 33) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 33) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 33) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 33) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 33) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 33) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 33) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 33) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 33) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 33) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=12 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 33) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 33) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 34) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 34) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 34) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 34) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 34) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 34) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 34) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 34) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 34) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 34) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 34) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 34) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 34) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 34) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 34) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 34) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 34) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 34) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 34) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 34) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 34) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 34) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 34) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 34) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 34) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 34) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 34) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 34) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 34) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 34) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 34) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 34) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 34) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 34) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 34) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 34) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 34) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 34) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 34) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 34) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 34) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 34) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 34) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 34) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 34) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 34) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 34) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 34) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 34) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 34) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 34) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 34) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 34) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 34) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 34) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 34) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 34) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 34) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 34) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 34) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 34) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 34) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 34) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 34) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 34) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 34) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 34) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 34) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 34) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 34) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 34) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 34) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 34) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 34) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 34) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 34) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 34) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 34) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 34) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 34) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 34) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 34) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 34) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 34) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 34) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 34) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 34) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 35) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 35) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 35) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 35) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 35) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 35) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 35) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 35) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 35) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 35) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 35) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 35) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 35) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 35) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 35) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = -4
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 0
Pred.mXLum = 10
Pred.mYLum = -2
mXLum[3] = 12
mYLum[3] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 35) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 35) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 35) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 35) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 35) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 35) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 35) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 35) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 35) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 35) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 35) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 35) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 35) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 35) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 35) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 35) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 35) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 35) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 35) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 35) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 35) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 35) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 35) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 35) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 35) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 35) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 35) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 35) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 35) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 35) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 35) [x=6 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = 2
mYLum[1] = 6
Pred.mXLum = 2
Pred.mYLum = 1
mXLum[2] = 2
mYLum[2] = 0
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 35) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 35) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 35) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 35) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 35) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 35) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 35) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 35) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 35) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 35) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 35) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 35) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 35) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 35) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 35) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 35) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 35) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 35) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 35) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 35) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 35) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 35) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 35) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 35) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 35) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 35) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 35) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 35) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 35) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 35) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 35) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 35) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 35) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 35) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 35) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 35) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 35) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 35) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 35) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     46
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 35) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 35) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -6
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 35) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 35) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 36) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 36) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 36) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 36) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 36) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 36) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 36) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 36) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 36) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 36) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 36) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 36) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 36) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 36) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = -4
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = -2
Pred.mXLum = 8
Pred.mYLum = -2
mXLum[3] = 20
mYLum[3] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 36) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 36) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 36) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 36) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 36) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 36) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 36) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 36) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 36) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 36) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 36) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 36) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 36) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 36) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 36) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 36) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 36) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 36) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 36) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 36) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 36) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 36) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 36) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 36) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 36) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 36) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 36) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 36) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 36) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 36) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 36) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 36) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 36) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 36) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 36) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = -2
mYLum[0] = 2
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 36) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 36) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 36) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 36) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 36) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 36) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 36) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 36) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 36) [x=8 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=15 #t1=3
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 36) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 36) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 36) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 36) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 36) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 36) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 36) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 36) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 36) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 36) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 36) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = -2
mYLum[0] = 2
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 36) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 36) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 36) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 36) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 36) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 36) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 36) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 36) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 36) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 36) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 36) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 36) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 36) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 36) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 36) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 36) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 36) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 36) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 36) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 36) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 37) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 37) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 37) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 37) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 37) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 37) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 37) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 37) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 37) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 37) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 37) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 37) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 37) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 37) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 37) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 37) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=3 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 37) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 37) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 37) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 37) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 37) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 37) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 37) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 37) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 37) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 37) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 37) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 37) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 37) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 37) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 37) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 37) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 37) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 37) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 37) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 37) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 37) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 37) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 37) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 37) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 37) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 37) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 37) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 37) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 37) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 37) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 37) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 37) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 37) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 37) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 37) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 37) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 37) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 37) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 37) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 37) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 37) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 37) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 37) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 37) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 37) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 37) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 37) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 37) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 37) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 37) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 37) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 37) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 37) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 37) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 37) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     19
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 37) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 37) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 37) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 37) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 37) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 37) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 37) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 37) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 37) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 37) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 37) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 37) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 37) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 37) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 37) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 37) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 37) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 38) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 38) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 38) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 38) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 38) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 38) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 38) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 38) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 38) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 38) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 38) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 38) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 38) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 38) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 38) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 38) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 38) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 38) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 38) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 38) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 38) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 38) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 38) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 38) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 38) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 38) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 38) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 38) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 38) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 38) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 38) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 38) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 38) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 38) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 38) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 38) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 38) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 38) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 38) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 38) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 38) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 38) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 38) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 38) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 38) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 38) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 38) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 38) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 38) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 38) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 38) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 38) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 38) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 38) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 38) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 38) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 38) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 38) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 38) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 38) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 38) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 38) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 38) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 38) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 38) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 38) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 38) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 38) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 38) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 38) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 38) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 38) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 38) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 38) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 38) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 38) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 38) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 38) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 38) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 38) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 38) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 38) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 38) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 38) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 38) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 38) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 38) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 38) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 38) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 38) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 39) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 39) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 39) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 39) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 39) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 39) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 39) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 39) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 39) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 39) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 39) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 39) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 39) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 39) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 39) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 39) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 39) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 39) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 39) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 39) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 39) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 39) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 39) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 39) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 39) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 39) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 39) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 39) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 39) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 39) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 39) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 39) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 39) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 39) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 39) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 39) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 39) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 39) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 39) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 39) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 39) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 39) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 39) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 39) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 39) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 39) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 39) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 39) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 39) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 39) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 39) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 39) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 39) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 39) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 39) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 39) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 39) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 39) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 39) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 39) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 39) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 39) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     18
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 39) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 39) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 39) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 39) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 39) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 39) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 39) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 39) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 39) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 39) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 39) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 39) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 39) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 39) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 39) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 39) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 39) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 39) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 39) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 39) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 40) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 40) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 40) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 40) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 40) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 40) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 40) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 40) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 40) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 40) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 40) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 40) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 40) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 40) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 40) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 40) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 40) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 40) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 40) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 40) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 40) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 40) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 40) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 40) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 40) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 40) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 40) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 40) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 40) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 40) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 40) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 40) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 40) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 40) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 40) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 40) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 40) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 40) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 40) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 40) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 40) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 51 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 40) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 40) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 40) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 40) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 40) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 40) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 40) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 40) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 40) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 40) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 40) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 40) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 40) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 40) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 40) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 40) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 40) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 40) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 40) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 40) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 40) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 40) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 40) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 40) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 40) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 40) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 40) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 40) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 40) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 40) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 40) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 40) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 40) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 40) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 40) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 40) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 40) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 40) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 40) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 40) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 40) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 40) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 40) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 41) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 41) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 41) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 41) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 41) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 41) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 41) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 41) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 41) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 41) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 41) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 41) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 41) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 41) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 41) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 41) [x=5 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 41) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 41) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 41) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 41) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 41) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 41) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 41) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 41) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 41) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 41) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 41) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 41) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 41) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 41) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 41) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 41) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 41) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 41) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 41) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 41) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 41) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 41) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 41) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 41) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 41) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 41) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 41) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 41) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 41) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 41) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 41) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 41) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 41) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 41) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 41) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 41) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 41) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 41) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 41) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 41) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 41) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 41) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 41) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 41) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 41) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 2
CBP     21
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 41) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 41) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 41) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 41) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 41) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 41) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 41) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 41) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 41) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 41) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 41) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 41) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 41) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 41) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 41) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 41) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 41) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 41) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 41) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 41) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     37
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 41) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 41) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 41) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 42) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 42) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 42) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 42) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 42) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 42) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 42) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -10
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 42) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 42) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 42) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 42) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 42) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 42) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 42) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 42) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 42) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 42) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 42) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 42) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 42) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 42) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 42) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 42) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 42) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 42) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 42) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 42) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 42) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 42) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 42) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 42) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 42) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 42) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 42) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 42) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 42) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 42) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 42) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 42) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 42) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 42) [x=2 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -6
mYLum[1] = 2
Pred.mXLum = -3
Pred.mYLum = 0
mXLum[2] = -2
mYLum[2] = 0
Pred.mXLum = -6
Pred.mYLum = 0
mXLum[3] = 0
mYLum[3] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 42) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 42) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 42) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 42) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 42) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 42) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 42) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 42) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 42) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 42) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 42) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 42) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 42) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 42) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 42) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 42) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 42) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 42) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 42) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 42) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 42) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 42) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -8
Pred.mXLum = -6
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 42) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 42) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 42) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 42) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 42) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 42) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 42) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 42) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 42) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 42) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 42) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -7
Pred.mXLum = -4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 42) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 42) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 42) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 42) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 42) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 42) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 42) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 42) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 42) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 42) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 42) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 42) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 42) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 42) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 43) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 43) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 43) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 43) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 43) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 43) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 43) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 43) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 43) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 43) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 43) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 43) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 43) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 43) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 43) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 43) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 43) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 43) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 43) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 43) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 43) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 43) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 43) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 43) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 43) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 43) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 43) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 43) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 43) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 43) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 43) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 43) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 43) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 43) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 43) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 43) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 43) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 43) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 43) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 43) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 43) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 43) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 43) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 43) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 43) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 43) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 43) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 43) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 43) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 43) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 43) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 43) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 43) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 43) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 43) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 43) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 43) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 43) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 43) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 43) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 43) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 43) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 43) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 43) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 43) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 43) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 43) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 43) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 43) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 43) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 43) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 43) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 43) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 43) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 44) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 44) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 44) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 44) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 44) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 44) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 44) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 44) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 44) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 44) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 44) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 44) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 44) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 44) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 44) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 44) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 44) [x=6 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 44) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 44) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 44) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 44) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 44) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 44) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 44) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 44) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 44) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 44) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 44) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 44) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 44) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 44) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 44) [x=2 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
mXLum[1] = 8
mYLum[1] = 8
Pred.mXLum = -4
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 2
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 10
mYLum[3] = 4
Pred.mXLum = 6
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 44) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 44) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 44) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 44) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 44) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 44) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 44) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 44) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 44) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 44) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 44) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 44) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 44) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 44) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 44) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 44) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 44) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 44) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 44) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 44) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 44) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 44) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 44) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 44) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 44) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 44) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 44) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 44) [x=5 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = 2
mXLum[1] = -6
mYLum[1] = 8
Pred.mXLum = -3
Pred.mYLum = 2
mXLum[2] = -14
mYLum[2] = 0
Pred.mXLum = -6
Pred.mYLum = 8
mXLum[3] = 2
mYLum[3] = 4
Pred.mXLum = -6
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 44) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 44) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 44) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 44) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 44) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 44) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 44) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 44) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 44) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 44) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 44) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 44) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 44) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 44) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 44) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 44) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 45) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 45) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=12 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 45) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 45) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 45) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 45) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 45) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 45) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 45) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 45) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 45) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 45) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 45) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 45) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 45) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 45) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 45) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 45) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 45) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 45) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 45) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 45) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 45) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 45) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 45) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 45) [x=7 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[2] = -4
mYLum[2] = -4
Pred.mXLum = -6
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 45) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 45) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 45) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 45) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 45) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 45) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 45) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 45) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 45) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 45) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 45) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 45) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 45) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 45) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 45) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 45) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 45) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 45) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 45) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 45) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 45) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 45) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 45) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 45) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 45) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 45) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 45) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 45) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 45) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 45) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 45) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 45) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 45) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 45) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 45) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 45) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 45) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 45) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 45) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 45) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 45) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 45) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 45) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 45) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 45) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 45) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 45) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 45) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 45) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 45) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 46) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 46) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 46) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 46) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 46) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 46) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 46) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 46) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 46) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 46) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 46) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 46) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 46) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 46) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 46) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 46) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 46) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 46) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 46) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 46) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 46) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 46) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 46) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 46) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 46) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 46) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 46) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 46) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 46) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 46) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 46) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 46) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 46) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 46) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 46) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 46) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 46) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 46) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 46) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 46) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 46) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 46) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 46) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 46) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 46) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 46) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 46) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 46) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 46) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 46) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 46) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 46) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 46) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 46) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 46) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 46) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 46) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 46) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 46) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 46) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 46) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 46) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 46) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 46) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 46) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 46) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 46) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 46) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 46) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 46) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 46) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 46) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 46) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 46) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 46) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 46) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 46) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 46) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 46) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 46) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 46) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 46) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 46) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 46) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 46) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 46) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 47) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 47) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 47) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 47) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 47) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 47) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 47) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 47) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 47) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 47) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 47) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 47) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 47) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 47) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 47) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 47) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 47) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 47) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 47) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 47) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 47) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 47) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 47) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 47) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 47) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = -2
mXLum[2] = 0
mYLum[2] = 8
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 47) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 47) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 47) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 47) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 47) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 47) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 47) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 47) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 47) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 47) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 47) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 47) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 47) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 47) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 47) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 47) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 47) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 5
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 47) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 47) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 47) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 47) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 47) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 47) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 47) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 47) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 47) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 47) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -4
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 47) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 47) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 47) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 47) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 47) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 47) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 47) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 47) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 47) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 5
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 47) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 47) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 47) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 47) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 47) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 47) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 47) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 47) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -4
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 47) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 47) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -4
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 47) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 5
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 47) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 47) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 47) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 47) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 47) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 47) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 47) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 47) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 47) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 47) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 47) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 47) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 47) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 47) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 48) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=11 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 48) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 48) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 48) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 48) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 48) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 48) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 48) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 3
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 48) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 48) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 48) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 48) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 48) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 48) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 48) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = -8
mYLum[1] = 6
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[3] = 0
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 48) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 48) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 48) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 48) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 48) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 48) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 48) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 48) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 48) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 48) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 48) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 48) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = -3
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 48) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[2] = 4
mYLum[2] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 48) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 48) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 48) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 48) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 48) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 48) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 48) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 48) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 48) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 48) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 9
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 48) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 48) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 48) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 48) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 48) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 48) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 48) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = -3
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 48) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 48) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 48) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 48) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 48) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 48) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 48) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 48) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 48) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 48) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 48) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 48) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 48) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 48) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 48) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 48) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 48) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 48) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 20
Pred.mXLum = -3
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 48) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 18
Pred.mXLum = -4
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 48) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 48) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 48) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 48) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 48) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 48) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 48) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 48) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 48) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 48) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 10
Pred.mXLum = -3
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 48) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 48) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 48) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 48) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 48) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 48) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 48) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 48) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 48) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 48) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 48) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 48) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 48) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 48) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (8)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 48) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 49) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 49) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 49) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 49) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 49) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 49) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 49) [x=6 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = -2
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = 12
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 49) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 49) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 49) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 49) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 49) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 49) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 49) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
mXLum[1] = -8
mYLum[1] = 4
Pred.mXLum = 5
Pred.mYLum = 0
mXLum[2] = 8
mYLum[2] = -2
Pred.mXLum = 5
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = 2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 49) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 49) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 49) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 49) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 49) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 49) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 49) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 49) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 49) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 49) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 49) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = -7
Pred.mYLum = -6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 49) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 49) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 49) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 49) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 49) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 49) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 49) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 49) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 5
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 49) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 49) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 9
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 49) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 49) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 49) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 49) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 49) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 49) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 49) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 49) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 49) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 49) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 49) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -4
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 49) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 49) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 49) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 49) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 49) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 49) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 49) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 49) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 49) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 49) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 49) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 49) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 49) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 49) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 49) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 49) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 49) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 49) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 49) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 49) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 49) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 49) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 49) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 49) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 49) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 49) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 49) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 49) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 49) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 49) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 49) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 49) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 49) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 49) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 49) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 49) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 49) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 49) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 49) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 49) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 49) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 49) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 49) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 49) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 49) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 49) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 50) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 50) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 50) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 50) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 50) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 50) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 50) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 50) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 50) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 50) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 50) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 50) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 50) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 50) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 50) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 50) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 50) [x=7 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -8
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[2] = -8
mYLum[2] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 10
mYLum[3] = 6
Pred.mXLum = -8
Pred.mYLum = -8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 50) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 50) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 50) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 50) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 50) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 50) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 50) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 50) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 50) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 50) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 50) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 50) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 50) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 50) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 50) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 50) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 50) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 50) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 50) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 50) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 50) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 50) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 50) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 50) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 50) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 50) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 50) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 50) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 50) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 50) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 50) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 50) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 50) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 50) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 50) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 50) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 50) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 50) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 50) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 50) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 50) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 50) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 50) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 50) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 50) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 50) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 50) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 50) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -6
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 50) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 50) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 50) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 50) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 50) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 50) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 50) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 50) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 50) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 50) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 50) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 50) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 50) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 50) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 50) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 50) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 50) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 50) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 50) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 50) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 50) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 50) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     36
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 50) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 51) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 51) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 51) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 51) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 51) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 51) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 51) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 51) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 51) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 51) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 51) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 51) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 51) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 51) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 51) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 51) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 51) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 51) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 51) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 51) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 51) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 51) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 51) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 51) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 51) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 51) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 51) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 51) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 51) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 51) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 51) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 51) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 51) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 51) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 51) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 51) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 51) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     22
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 51) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 51) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 51) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 51) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 51) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 51) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 51) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 51) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 51) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 51) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 51) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 51) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 51) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 51) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 51) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 51) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 51) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 51) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 51) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 51) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 51) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 51) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 51) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 51) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 51) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 51) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 51) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 51) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 51) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 51) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 51) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 51) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 51) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 51) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 51) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 51) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 51) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 51) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 51) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 51) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 51) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 51) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 51) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 51) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 51) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 51) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 51) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 51) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 51) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 51) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 51) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 51) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 51) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 52) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 52) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 52) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 52) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 52) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 52) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -11
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 52) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 52) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 52) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 52) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 52) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 52) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 52) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 52) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 52) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 52) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 52) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 52) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 52) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 52) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 52) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 52) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 52) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 52) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 52) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 52) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 52) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 52) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 52) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 52) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 52) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 52) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 52) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 52) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 52) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 52) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 52) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 52) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 52) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 52) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 52) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 52) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 52) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 52) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 52) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 52) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 52) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 52) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 52) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 52) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 52) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 52) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 52) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 52) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 52) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 52) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 52) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 52) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 52) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 52) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 52) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 52) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 52) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 52) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     44
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 52) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 52) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 52) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 52) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 52) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 52) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 52) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 52) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 52) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 52) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 52) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 52) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 52) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 52) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 52) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 52) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 53) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 53) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 53) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 53) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -7
Pred.mXLum = 4
Pred.mYLum = -4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=10 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 53) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 53) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 53) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 53) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 53) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 53) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 53) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 53) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 53) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 53) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 53) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 53) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 6
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 53) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 5
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 53) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 53) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 53) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 53) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 53) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 4
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 53) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 53) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 53) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 53) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 53) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 53) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 53) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 53) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 53) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 53) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 5
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 53) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 53) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 53) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 53) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 53) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 53) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 8
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 53) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 53) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 53) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 53) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 53) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 53) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 53) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 53) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 53) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 8
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 53) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 53) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 53) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 53) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 53) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 53) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 53) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 53) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
mXLum[1] = -8
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 53) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 53) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 53) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 53) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 54) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 54) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 54) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 54) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 54) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 54) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 54) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = -3
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 54) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 54) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 54) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 54) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 54) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 54) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 54) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 54) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 54) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 54) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 54) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 54) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 54) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 54) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 54) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 54) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 54) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 54) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 2
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 54) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 54) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 54) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 54) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 54) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 54) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 54) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 54) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 54) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 54) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 5
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 54) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 54) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 54) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 54) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 54) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 54) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 54) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 54) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 54) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 54) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 54) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 54) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 54) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 6
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 54) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 54) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 54) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 54) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 54) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 54) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 54) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 54) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 54) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 54) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 54) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 54) [x=0 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 54) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 54) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 54) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 54) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 54) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 54) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 54) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 54) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 54) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 54) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 54) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 54) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 54) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 54) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 54) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 54) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 54) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 54) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 55) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 55) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 55) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 55) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 55) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 55) [x=5 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[2] = -2
mYLum[2] = -4
Pred.mXLum = -2
Pred.mYLum = -2
mXLum[3] = -2
mYLum[3] = -6
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 55) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 55) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 55) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 55) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 55) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 55) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 55) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 55) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 55) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 55) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 55) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 55) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 55) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 55) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 55) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 55) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 55) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 55) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 55) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 55) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 55) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 55) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 55) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 55) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 55) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 55) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 55) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 55) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 55) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 55) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 10
Pred.mYLum = -4
mXLum[1] = 0
mYLum[1] = -6
Pred.mXLum = -7
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 55) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 55) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 55) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 55) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 55) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 55) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 55) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 55) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 55) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 55) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 55) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 55) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 55) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 55) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 55) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 55) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 55) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 55) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 55) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 55) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 55) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 55) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 55) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 55) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 55) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 55) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 55) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 55) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 55) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 55) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 55) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (5)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 55) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 55) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 55) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 55) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 55) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 55) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 55) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 55) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 55) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 55) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 55) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 55) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 55) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 55) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 55) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 55) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 55) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 55) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 55) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 56) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 56) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     41
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 56) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 56) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 56) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 56) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 56) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 56) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 56) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 56) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 56) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 56) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 56) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 56) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 56) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 56) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 56) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 56) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 56) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 56) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 56) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 56) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 56) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 56) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 56) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 56) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 56) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 56) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 56) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 56) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 56) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 56) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 56) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 56) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 56) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 56) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 56) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 56) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 56) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 56) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 56) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 56) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 56) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 56) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 56) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 56) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 56) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 56) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 56) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 56) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 56) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 56) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 56) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 56) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 56) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 56) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 56) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 56) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 56) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 56) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 56) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 56) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 56) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 56) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 56) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 56) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 56) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 56) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 56) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 56) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 56) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 56) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 56) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = -2
mYLum[0] = -2
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 56) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 56) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 56) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 56) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 56) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 56) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 56) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 56) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 56) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 56) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 56) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 56) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 56) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 57) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 57) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 57) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 57) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 57) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 57) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 57) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 57) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 57) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 57) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 57) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 57) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 57) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 57) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 57) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 57) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 57) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 57) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 57) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 57) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 57) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 57) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 57) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 57) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 57) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 57) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 57) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 57) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 57) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 57) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 57) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 57) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 57) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 57) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 57) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 57) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 57) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 57) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 57) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 57) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 57) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 57) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 57) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 57) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 57) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 57) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 57) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 57) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 57) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 57) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 57) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 57) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 57) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 57) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 57) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 57) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 57) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 57) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 57) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 57) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 57) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 57) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = -8
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 57) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = -8
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 57) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 57) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 57) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 57) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 57) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 57) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 57) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 57) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 57) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 57) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 57) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 57) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 57) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     44
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 57) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 57) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 57) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 57) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = -2
mYLum[0] = -2
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 57) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 57) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 57) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 57) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -3
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 57) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 57) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 57) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 57) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 57) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 57) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 57) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 57) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 58) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 58) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 58) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 58) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 58) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 58) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 58) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 58) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 58) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 58) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 58) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 58) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 58) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 58) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 58) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 58) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 58) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 58) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 58) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 58) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 58) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 58) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 58) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 58) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 58) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 58) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 58) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 58) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 58) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 58) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 58) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 58) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 58) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 58) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 58) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 58) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 58) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 58) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 58) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 58) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 58) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 58) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 58) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 58) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 58) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 58) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 58) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 58) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 58) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 58) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 58) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 58) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 58) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 58) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 58) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 58) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 58) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 58) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 58) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 58) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 58) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 58) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 58) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 58) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 58) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 58) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 58) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 58) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 58) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 58) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 58) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 58) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 58) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 58) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 58) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 58) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 58) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 58) [x=5 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = 2
Pred.mYLum = 8
mXLum[2] = -4
mYLum[2] = -2
Pred.mXLum = 4
Pred.mYLum = 8
mXLum[3] = -10
mYLum[3] = -4
Pred.mXLum = 4
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 58) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 58) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 58) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 58) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 58) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 58) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 58) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 58) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 58) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 58) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 58) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 58) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 58) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 58) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 58) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 58) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 59) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 59) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 59) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 59) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 59) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 59) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 59) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 59) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 59) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 59) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 59) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 59) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 59) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 59) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 59) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 59) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 59) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 59) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 59) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 59) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 59) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 59) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 59) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 59) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 59) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 59) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 59) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 59) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 59) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = -6
mYLum[0] = -2
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 59) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 59) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 59) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 59) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 59) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 59) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 59) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 59) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 59) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 59) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 59) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 59) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 59) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 59) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 59) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 59) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 59) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 59) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 59) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 59) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 59) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 59) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 59) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 59) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 59) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 59) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 59) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 59) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 59) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 59) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 59) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 59) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 59) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 59) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 59) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 59) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 59) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 59) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 59) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 59) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 59) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 59) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 59) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 59) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 59) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 59) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 59) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 59) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 59) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 59) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 59) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 59) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 59) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 59) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 59) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 59) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 60) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 60) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 60) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 60) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 60) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 4
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 60) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 60) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 60) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 60) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 60) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 60) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 60) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 60) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 60) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 60) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 60) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 60) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 60) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 60) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 60) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 60) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 60) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 60) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 60) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 60) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 60) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 60) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 60) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 60) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 60) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 60) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 60) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 60) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 60) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 60) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 60) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 60) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 60) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 60) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 60) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 60) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 60) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 60) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 60) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 60) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 60) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 60) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 60) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 60) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 60) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 60) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 60) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 skipped*************
mXLum[0] = -2
mYLum[0] = 2
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 60) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 60) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 60) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 60) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -3
mYLum[0] = 1
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 60) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 60) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 60) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 60) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 60) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 60) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 60) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 60) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 60) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 60) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 60) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 60) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 60) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 60) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 60) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 60) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 60) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 60) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 60) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 60) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 60) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 60) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 60) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 60) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 60) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 60) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 60) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 60) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 60) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 60) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 60) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 60) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 61) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 61) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 61) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 61) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 61) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 61) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 61) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 61) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 61) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 61) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 61) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 61) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 61) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 61) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 61) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 61) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 61) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 61) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 61) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 61) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 61) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 61) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 61) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 61) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 61) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 61) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 61) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 61) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 61) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 61) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 61) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 61) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 61) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 61) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 61) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 61) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 61) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 61) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 61) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 61) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 61) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 61) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 61) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 61) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 61) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 61) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 61) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 61) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 61) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 61) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 61) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 61) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 61) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 61) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 61) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 61) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 61) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 61) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 61) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 61) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 61) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 61) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 61) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 61) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 61) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 61) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 61) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 61) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 61) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 61) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 61) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 61) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 61) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 61) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 61) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 61) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 61) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 61) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 61) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 61) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 61) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 61) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 61) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 61) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 61) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 61) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 61) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 61) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 61) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 61) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 62) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 62) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 62) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 62) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 62) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 62) [x=5 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = -2
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[2] = 18
mYLum[2] = 16
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 28
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 62) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 62) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 62) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 62) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 62) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 62) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 62) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 10
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 62) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 62) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 62) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 62) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 62) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 62) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 62) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 62) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 62) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 62) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 62) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 62) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 62) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 62) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 62) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 62) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 62) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 62) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 62) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 62) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 62) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 62) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 62) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 62) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 62) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 62) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 62) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 62) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 62) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 62) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 62) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 62) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 62) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 62) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 62) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 62) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 62) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 62) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 62) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 62) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 62) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 62) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 62) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 62) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 62) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 62) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 62) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 62) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 62) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 62) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 62) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 62) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 62) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 62) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 62) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 62) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 62) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 62) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 62) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 62) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 62) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 62) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 62) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 62) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 62) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 62) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 62) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 62) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 63) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 63) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 63) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 63) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 63) [x=4 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = 12
mXLum[2] = 14
mYLum[2] = -4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 16
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 63) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 63) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 5
Pred.mXLum = -10
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 63) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 3
Pred.mYLum = 5
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 63) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 63) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 63) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 63) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 63) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 3
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 63) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 63) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 63) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 63) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 63) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 63) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 63) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 63) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 63) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 63) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 63) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 63) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 63) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 63) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 63) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 63) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 63) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 63) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 63) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 63) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 63) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 63) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 63) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 63) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 63) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 63) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 63) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 63) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 63) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 63) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 63) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 63) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 63) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 63) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 63) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 63) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 63) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 63) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 63) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 63) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 63) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 63) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 63) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 63) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 63) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 63) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 63) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 63) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 63) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 63) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 63) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 63) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 63) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 63) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 63) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 63) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 63) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 63) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 63) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 63) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 63) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 63) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 63) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 63) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 63) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 63) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 63) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 63) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 63) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 64) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 64) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 64) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 64) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 64) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 64) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 9
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 64) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 64) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 3
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 64) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 64) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 64) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 64) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 64) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 64) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 64) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 64) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 64) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 64) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 64) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 64) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 64) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 64) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 6
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 64) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 64) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 64) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 64) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 64) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 64) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 64) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 64) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 64) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 64) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 64) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 64) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 64) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 8
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 64) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 64) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 64) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 64) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 64) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 64) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 64) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 64) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 64) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 64) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 64) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 64) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 64) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 64) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 64) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 64) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 64) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 64) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 64) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 64) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 64) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 64) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 64) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 64) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 64) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 64) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 64) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 64) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 64) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 64) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 64) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 64) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 64) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 64) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 64) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 64) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 64) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 64) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 64) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 64) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 64) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 64) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 64) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 64) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 64) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 64) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 64) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 64) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 64) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 64) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 64) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 64) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 65) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 65) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 65) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 65) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 65) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 65) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 65) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = -12
Pred.mYLum = 8
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 65) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 65) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 65) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 65) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 65) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 65) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 65) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 65) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 65) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 65) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 65) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 65) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 65) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 65) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 65) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 65) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 65) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 65) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 65) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 65) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 65) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 65) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 65) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 65) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 65) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 65) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 65) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 65) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 65) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 65) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 65) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 65) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 65) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 65) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 65) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 65) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 65) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 65) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 65) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 65) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 65) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 65) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 65) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 65) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 65) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 65) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 65) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 65) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 65) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 65) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 65) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 65) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 65) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 65) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 65) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 65) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 65) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 65) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 65) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 65) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 65) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 65) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 65) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 65) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 65) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 65) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 65) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 65) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 65) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 65) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 65) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 65) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 65) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 65) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 65) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 65) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 65) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 65) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 65) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 65) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 65) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 65) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 66) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 66) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 66) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 66) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 66) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 66) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 16
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 66) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 66) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 66) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 66) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 66) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 66) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 66) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 66) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 66) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 66) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 66) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 66) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 66) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 66) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 66) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 66) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 66) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 66) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 66) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 66) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 66) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 66) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 66) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 66) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 66) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 66) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 66) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 66) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 66) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 66) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 66) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 66) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 66) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 66) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 66) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 66) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 66) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 66) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 66) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 66) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 66) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 66) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 66) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 66) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 66) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 66) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 66) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 66) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 66) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 66) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 66) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 66) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 66) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 66) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 66) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 66) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 66) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 66) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 66) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 66) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 66) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 66) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -7
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 66) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = -4
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 66) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 66) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 66) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 66) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 66) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 66) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 66) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 66) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 66) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 66) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 66) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 66) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 66) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 66) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 66) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 66) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 66) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 66) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 66) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 66) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 66) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 66) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 66) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 67) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 67) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 67) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 67) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 67) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 67) [x=5 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 67) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 67) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 67) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 67) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 67) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 67) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 67) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 67) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 67) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 67) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 67) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 67) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 67) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 67) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 5
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 67) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 67) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 67) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 67) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 67) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 67) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 67) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 67) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 67) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 67) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 67) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 67) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 67) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 67) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 67) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 67) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 67) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 67) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 67) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 67) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 67) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 67) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 67) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 67) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 67) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 67) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 67) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 67) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 67) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 67) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 67) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 67) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 67) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 67) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 67) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 67) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 67) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 67) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 67) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 67) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 67) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 67) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 67) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 67) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 67) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 67) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 67) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 67) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 67) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 67) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 67) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 67) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 67) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 67) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 67) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 67) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 67) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 67) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 67) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 67) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 67) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 67) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 67) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 67) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 67) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 67) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 67) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 67) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 67) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 67) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 67) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 68) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 68) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 68) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 68) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 68) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 68) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 68) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 68) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 68) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 68) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 68) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 68) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 68) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 68) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 68) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 68) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 68) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 68) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 4
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 68) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 68) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 68) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 68) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 68) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 68) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 68) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 68) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 68) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 68) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 68) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 68) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 68) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 68) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 68) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 68) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 68) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 68) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 68) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 68) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 68) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 68) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 68) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 68) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 68) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 68) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 68) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 68) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 68) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 68) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 68) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 68) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 68) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 68) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 68) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 68) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 68) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 68) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 68) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 68) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 68) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 68) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 68) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 68) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 68) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 68) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 68) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -14
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 68) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 68) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 68) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 68) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 68) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 68) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 68) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 68) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 68) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 68) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 68) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 68) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 68) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 68) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 68) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 68) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 68) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 68) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 68) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 68) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 68) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 68) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 68) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 68) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 68) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 69) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 69) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 69) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 69) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 69) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 69) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 69) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 6
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 69) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 69) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 69) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 69) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 69) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 69) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 69) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     21
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 69) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 69) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 69) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 69) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 69) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 69) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 69) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 69) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 69) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 69) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 69) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 69) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 69) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 69) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 69) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 69) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 69) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 69) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 69) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 69) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 69) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 69) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 69) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 69) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 69) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 69) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 69) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 69) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 69) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 69) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 69) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -3
Pred.mXLum = -8
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 69) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 69) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 69) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 69) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 69) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 69) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 69) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 69) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 69) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 69) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 69) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 69) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 69) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 69) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 69) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 69) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 69) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 69) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 69) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = -7
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 69) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 69) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 69) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 69) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 69) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 69) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 69) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 69) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 69) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 69) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 69) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 69) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 69) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 69) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 69) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 69) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 69) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 69) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 69) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 69) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     36
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 69) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 70) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 70) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 70) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 70) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 70) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 70) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 70) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 70) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 70) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 70) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 70) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 70) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 70) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 70) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 70) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 70) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 70) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 70) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 70) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 70) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 70) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 70) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 70) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 70) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 70) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -26
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = -3
mXLum[1] = -6
mYLum[1] = -8
Pred.mXLum = -3
Pred.mYLum = -3
mXLum[2] = -10
mYLum[2] = -2
Pred.mXLum = -11
Pred.mYLum = -6
mXLum[3] = -2
mYLum[3] = 2
Pred.mXLum = -10
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 70) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 70) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 70) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 70) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 70) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 70) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -7
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 70) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = -8
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 70) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 70) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -11
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 70) [x=7 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = -2
mXLum[1] = 6
mYLum[1] = -2
Pred.mXLum = -3
Pred.mYLum = -2
mXLum[2] = -6
mYLum[2] = -2
Pred.mXLum = -12
Pred.mYLum = -2
mXLum[3] = 2
mYLum[3] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 70) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 70) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 70) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 70) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 70) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 70) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 70) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 70) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -4
Pred.mXLum = -11
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 70) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -10
Pred.mXLum = -11
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 70) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 70) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 70) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 70) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 70) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 70) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 70) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = -11
Pred.mYLum = -4
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 70) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -14
Pred.mYLum = -6
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 70) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 70) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 70) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 70) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 70) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 70) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 70) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 70) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 70) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 70) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 70) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 70) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 70) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 70) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 70) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 70) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 70) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 70) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 70) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 70) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 70) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 70) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 70) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 70) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 70) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 70) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 70) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 70) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 70) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 70) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 70) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 71) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 71) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 71) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 71) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 71) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 71) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 71) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 71) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 71) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 71) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 71) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 71) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 71) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 71) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 71) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 71) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 71) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 71) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 71) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 71) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 71) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -10
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 71) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 71) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 71) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -8
Pred.mXLum = -6
Pred.mYLum = -6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 71) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -8
Pred.mXLum = -6
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 71) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 71) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 71) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 71) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 71) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 71) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 71) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -7
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 71) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -7
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 71) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = -8
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 71) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -6
Pred.mXLum = -16
Pred.mYLum = -8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 71) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 71) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 71) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 71) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 71) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 71) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 71) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 71) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = -4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 71) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -16
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 71) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = -14
Pred.mXLum = -12
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 71) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = -4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 71) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 71) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 71) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 71) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 71) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 71) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 71) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -8
Pred.mXLum = -12
Pred.mYLum = -4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 71) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = -8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 71) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -4
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 71) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 71) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 71) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 71) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 71) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 71) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       5 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 71) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -8
Pred.mXLum = -10
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 71) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = -4
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 71) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 71) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 71) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 71) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 71) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 71) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 71) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 71) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 71) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 71) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 71) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 71) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 71) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 71) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 71) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 71) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 71) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 71) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 71) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 71) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 71) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 71) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 71) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 71) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 71) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 72) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 72) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 72) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 72) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 72) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 72) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 72) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 72) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 72) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 72) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 72) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 72) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 72) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 72) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 72) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 72) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 72) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 72) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 72) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 72) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 72) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 72) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 72) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = -7
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 72) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = -7
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 72) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 72) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 72) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 72) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 72) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 72) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 72) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 72) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -7
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 72) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -7
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 72) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -6
Pred.mXLum = -8
Pred.mYLum = -7
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 72) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = -7
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 72) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 72) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 72) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 72) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 72) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 72) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 72) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 72) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 72) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = -8
Pred.mXLum = -22
Pred.mYLum = -2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 72) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = -2
Pred.mXLum = -20
Pred.mYLum = -6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 72) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 72) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 72) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 72) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 72) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 72) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 72) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 72) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -6
Pred.mXLum = -20
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 72) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -4
Pred.mXLum = -15
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 72) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = -4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 72) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 72) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 72) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 72) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 72) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 72) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 72) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 72) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -6
Pred.mXLum = -15
Pred.mYLum = -4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 72) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -4
Pred.mXLum = -12
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 72) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -3
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 72) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 72) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 72) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 72) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 72) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 72) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = -12
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 72) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = -2
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 72) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 72) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 72) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 72) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 72) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 72) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 72) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 72) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 72) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 72) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 72) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 72) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 72) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 73) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 73) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 73) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 73) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 73) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 73) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 9
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 73) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 73) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 73) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 73) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 73) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 73) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 73) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 73) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 73) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 73) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 73) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 73) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 73) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 73) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 73) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 73) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 73) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 73) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 73) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 73) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 73) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 73) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 73) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 73) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 73) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 73) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 73) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 73) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 73) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 73) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 73) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 73) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -4
Pred.mXLum = -16
Pred.mYLum = 0
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 73) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = -16
Pred.mYLum = -3
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 73) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -7
Pred.mXLum = -7
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 73) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 73) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 73) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 73) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 73) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 73) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 73) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -4
Pred.mXLum = -14
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 73) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = -14
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 73) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -11
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 73) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 73) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 73) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 73) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 73) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 73) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -2
Pred.mXLum = -14
Pred.mYLum = -3
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 73) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -6
Pred.mXLum = -12
Pred.mYLum = -2
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 73) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 73) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 73) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 73) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 73) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 73) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 73) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 73) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -6
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 73) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 73) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 73) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 73) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 73) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 73) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 73) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 73) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 73) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 73) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 73) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 73) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 73) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 74) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 74) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 74) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 74) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 74) [x=6 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 74) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 74) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 74) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 74) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 74) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 74) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 74) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 74) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 74) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 74) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 74) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 74) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 74) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 74) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 74) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 74) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 74) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 74) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 74) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 74) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 74) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 74) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 74) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 74) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 74) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 74) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 74) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 74) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 74) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 74) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 74) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 74) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 74) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 74) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 74) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 74) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 74) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 74) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 74) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 74) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 74) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 74) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 74) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 74) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 74) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 74) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 74) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 74) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 74) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 74) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 74) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 74) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 74) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 74) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 74) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 74) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 74) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 74) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 74) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 74) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 74) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 74) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 74) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 74) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 74) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 74) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 74) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 74) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 74) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 74) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 74) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -3
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 74) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 74) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 74) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 74) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 74) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 74) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 74) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 74) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 74) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 74) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 74) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 74) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 74) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 75) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 75) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 75) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 75) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 75) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 75) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 75) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 75) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 75) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 75) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 75) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 75) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 75) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 75) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 75) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 75) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 75) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 75) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 75) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 75) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 75) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 75) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 75) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 75) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 75) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 75) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 75) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 75) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 75) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 75) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = -8
Pred.mYLum = 8
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 75) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 75) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 75) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 75) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 75) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 75) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 75) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 75) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 75) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 75) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 75) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 75) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 75) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 75) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 75) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 75) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 75) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 75) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 75) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 75) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 75) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 75) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 75) [x=8 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=7 #t1=0
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 75) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 75) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 75) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 75) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 75) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 75) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 75) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 5
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 75) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 75) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 75) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 75) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 75) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 75) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 75) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 75) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 75) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 75) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 75) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 75) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 75) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 75) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 75) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 75) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 75) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 75) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 75) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 75) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 75) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 75) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 75) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 75) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 75) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 75) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 76) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 76) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 76) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 76) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 76) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 76) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 76) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 76) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 76) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 76) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 76) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 76) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 76) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 76) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 76) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 76) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 76) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 76) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 76) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 76) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 76) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 76) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 76) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 76) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 76) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 76) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 76) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 76) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 76) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 76) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 76) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 76) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 76) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 76) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 5
mXLum[1] = 6
mYLum[1] = 2
Pred.mXLum = 14
Pred.mYLum = 4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 76) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 76) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 76) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 76) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 76) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 76) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 76) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 76) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 5
Pred.mXLum = 10
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 76) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 76) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 76) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 76) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 76) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 76) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 76) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 76) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 76) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 10
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 76) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 5
Pred.mXLum = 13
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 76) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 9
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 76) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 76) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 76) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 76) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 76) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 76) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 76) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 6
Pred.mXLum = 13
Pred.mYLum = 5
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 76) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 12
Pred.mYLum = 5
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 76) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 76) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 76) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 76) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 76) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 76) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 76) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 12
Pred.mYLum = 6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 76) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 76) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 76) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 76) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 76) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 76) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 76) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 76) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 76) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 76) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 76) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 76) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 76) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 76) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 76) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 77) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 77) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 77) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 77) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 77) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 77) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 77) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 12
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 77) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 77) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 77) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 77) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 6
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 77) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 77) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 77) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 77) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 77) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 77) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 6
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 77) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 77) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 77) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 77) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 77) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 6
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 77) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 5
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 77) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 77) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 77) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 77) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 77) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 77) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 77) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 77) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 77) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 4
Pred.mXLum = 12
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 77) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 17
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 77) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 77) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 77) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 77) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 77) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 77) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 77) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 12
Pred.mYLum = 4
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 77) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 17
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 77) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 20
Pred.mYLum = 5
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 77) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 10
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 77) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 77) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 77) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 77) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 77) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 77) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 12
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 77) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 21
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 77) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 17
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 77) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 77) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 77) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 77) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 77) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 77) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 77) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 77) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 6
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 77) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 10
Pred.mXLum = 17
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 77) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 18
Pred.mYLum = 4
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 77) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 12
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 77) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 77) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 77) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 77) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 77) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 77) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 77) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 20
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 77) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 12
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 77) [x=7 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 14
Pred.mXLum = 12
Pred.mYLum = 8
mXLum[1] = 4
mYLum[1] = 2
Pred.mXLum = 4
Pred.mYLum = 8
mXLum[2] = 2
mYLum[2] = 2
Pred.mXLum = 4
Pred.mYLum = 4
mXLum[3] = 2
mYLum[3] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 77) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 77) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 77) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 77) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 77) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 77) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 77) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 77) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 77) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 77) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 77) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 77) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 77) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 77) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 78) [x=0 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 78) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 78) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 78) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 78) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 78) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 78) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 78) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 78) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 78) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 78) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 78) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 78) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 78) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 78) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 78) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 4
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 78) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 78) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 78) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 78) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 78) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 78) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 78) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 78) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 78) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 10
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 78) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 78) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 78) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 78) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 78) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 78) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 78) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 78) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 78) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 18
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 78) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 18
Pred.mYLum = 5
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 78) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 5
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 78) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 4
mYLum[0] = 2
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 78) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 78) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 78) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 78) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 78) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 78) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 22
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 78) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 22
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 78) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 21
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 78) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 13
Pred.mYLum = 4
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 78) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 78) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 78) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 78) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 78) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 78) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 78) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 78) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 21
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 78) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 21
Pred.mYLum = 6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 78) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 78) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 78) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 78) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 78) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 78) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 78) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 78) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 78) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 78) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 6
Pred.mXLum = 21
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 78) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 22
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 78) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 78) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 78) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 78) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 78) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 78) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 78) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 78) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 78) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 5
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 78) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 16
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 78) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 78) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 78) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 78) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 78) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 78) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 78) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 78) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 78) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 78) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 78) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 78) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 78) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 78) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 78) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 79) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 79) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 79) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 79) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 79) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 79) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 17
Pred.mYLum = 5
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 79) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 79) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 79) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 79) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 79) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 79) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 79) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 79) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 79) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 79) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 79) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 79) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 79) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 79) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 79) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 79) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 79) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 79) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 79) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 10
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 79) [x=8 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = -12
Pred.mXLum = 5
Pred.mYLum = 2
mXLum[2] = 14
mYLum[2] = 10
Pred.mXLum = 9
Pred.mYLum = 5
mXLum[3] = 12
mYLum[3] = 8
Pred.mXLum = 14
Pred.mYLum = 10
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 79) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 79) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 79) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 79) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 79) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 79) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 79) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 79) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 21
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 79) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 25
Pred.mYLum = 5
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 79) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 5
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 79) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 79) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 79) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 79) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 79) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 79) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 79) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 4
Pred.mXLum = 21
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 79) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 5
Pred.mXLum = 21
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 79) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 6
Pred.mXLum = 21
Pred.mYLum = 5
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 79) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 79) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 79) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 79) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 79) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 79) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 79) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 79) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 79) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 2
Pred.mXLum = 20
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 79) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 4
Pred.mXLum = 24
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 79) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 24
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 79) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 13
Pred.mYLum = 4
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 79) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 79) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 79) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 79) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 79) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 79) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 79) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 79) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 21
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 79) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 22
Pred.mYLum = 4
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 79) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 22
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 79) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 13
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 79) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 79) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 79) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 79) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 79) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 79) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 79) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 79) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 16
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 79) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 16
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 79) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 4
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 79) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 79) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 79) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 79) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 79) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 79) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 79) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 79) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 79) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 79) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     39
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 79) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 79) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 79) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 79) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 80) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 80) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 80) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 80) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 80) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 80) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 12
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 80) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 80) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 80) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 80) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 80) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 80) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 80) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 80) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 80) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 80) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 80) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 80) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 80) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 80) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 80) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 80) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 80) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 6
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 80) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 80) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 80) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 80) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 80) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 80) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 80) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 80) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 80) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 8
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 80) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 17
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 80) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 18
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 80) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 9
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 80) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 80) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 80) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 80) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 80) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 80) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 17
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 80) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 8
Pred.mXLum = 14
Pred.mYLum = 4
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 80) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 6
Pred.mXLum = 14
Pred.mYLum = 6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 80) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 80) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 80) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 80) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 4
mYLum[0] = 2
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 80) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 80) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 80) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 80) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 18
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 80) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 17
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 80) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 80) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 80) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 80) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 80) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 80) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 17
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 80) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 17
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 80) [x=6 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = 1
mXLum[1] = 18
mYLum[1] = -12
Pred.mXLum = 13
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = 2
Pred.mXLum = 18
Pred.mYLum = -3
mXLum[3] = 2
mYLum[3] = 24
Pred.mXLum = 18
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 80) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 80) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 80) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 80) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 80) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 80) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 80) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 80) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 21
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 80) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 10
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 80) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 80) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 80) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 80) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 80) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 80) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 80) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 80) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 80) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 80) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 80) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 80) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 80) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 80) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 80) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 80) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 81) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 81) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 81) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 81) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 81) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 81) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 81) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 81) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 81) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 81) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 81) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 81) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 81) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 81) [x=4 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 34
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 34
Pred.mYLum = 0
mXLum[3] = -12
mYLum[3] = 12
Pred.mXLum = 34
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 81) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 8
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 81) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 13
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 81) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 81) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 81) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 81) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 81) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 81) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 81) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 8
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 81) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 9
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 81) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 13
Pred.mYLum = 5
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 81) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 81) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 81) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 81) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 81) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 81) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 81) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 81) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 81) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 81) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 9
Pred.mXLum = 13
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 81) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 8
Pred.mXLum = 13
Pred.mYLum = 6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 81) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 81) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 81) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 81) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 81) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 81) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 81) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 81) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 81) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 13
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 81) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 10
Pred.mXLum = 10
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 81) [x=6 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 8
Pred.mXLum = 10
Pred.mYLum = 8
mXLum[1] = 10
mYLum[1] = 12
Pred.mXLum = 10
Pred.mYLum = 8
mXLum[2] = 24
mYLum[2] = 24
Pred.mXLum = 16
Pred.mYLum = 10
mXLum[3] = 12
mYLum[3] = -2
Pred.mXLum = 24
Pred.mYLum = 12
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 81) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 81) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 81) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 81) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 81) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 81) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 81) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 81) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 81) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 16
Pred.mYLum = 10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 81) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 81) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 81) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 81) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 81) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 81) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 81) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 81) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 81) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 9
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 81) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 81) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 81) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 81) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 81) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 81) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 81) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 81) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 81) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 81) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 81) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 81) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 81) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 81) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 81) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 81) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 81) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 81) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 81) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 81) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       2 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 81) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 81) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 82) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 82) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 82) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 82) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 82) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 82) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = -8
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 82) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 82) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 82) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 82) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 8
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 82) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 82) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 82) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 82) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = -8
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 82) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 82) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 82) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 82) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 82) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 82) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 82) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 82) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 82) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 82) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 82) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 6
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 82) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 82) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 82) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 82) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 82) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 82) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 82) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 82) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 82) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 10
Pred.mYLum = 6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 82) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 10
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 82) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 82) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 82) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 82) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 82) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 82) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 82) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 8
Pred.mXLum = 10
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 82) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 10
Pred.mXLum = 10
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 82) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 17
Pred.mXLum = 6
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 82) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 82) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 82) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 82) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 82) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 82) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 82) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 82) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 10
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 82) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 12
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 82) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 12
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 82) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 82) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 82) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 82) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 12
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 82) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 82) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = 2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 82) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 82) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 82) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 82) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 82) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 82) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 82) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 82) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 13
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 82) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 82) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 82) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 82) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 82) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 82) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 82) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 82) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 82) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 82) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 82) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 82) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 82) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 82) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 82) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 83) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 83) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 83) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 83) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 83) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 83) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = -3
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 83) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 83) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 83) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 83) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 83) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 4
mYLum[2] = 10
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 8
Pred.mXLum = 4
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 83) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 5
Pred.mXLum = 9
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 83) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 9
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 83) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 9
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 83) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 83) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 83) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 83) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 83) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 83) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 83) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 13
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 83) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 83) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 83) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 83) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 83) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 83) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 83) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 83) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 83) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 83) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 83) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 9
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 83) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 83) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 83) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 83) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     37
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 83) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 4
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 83) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 6
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 83) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 83) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 83) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 83) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 83) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 83) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 83) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 14
Pred.mXLum = 12
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 83) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = 8
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 83) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 83) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 83) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 83) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 83) [x=4 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 14
mXLum[1] = 10
mYLum[1] = 18
Pred.mXLum = 5
Pred.mYLum = 13
mXLum[2] = 0
mYLum[2] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 83) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 10
Pred.mYLum = 13
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 83) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 83) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 83) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 83) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 83) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 83) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 83) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 83) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 83) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 83) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 14
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 83) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 83) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 83) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 83) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 83) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 83) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 83) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 83) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 83) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 83) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 83) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 83) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 83) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 83) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 84) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 84) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 84) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 84) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 84) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 84) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 84) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 84) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 84) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 84) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 84) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 12
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[3] = 0
mYLum[3] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 84) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 0
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 84) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 84) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 84) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 84) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 84) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 84) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 84) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 84) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 84) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 84) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 9
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 84) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     21
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 84) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 84) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 84) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 84) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 84) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 84) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 84) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 5
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 84) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 9
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 84) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 84) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 84) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 84) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 84) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 84) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 84) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 84) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 84) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 10
Pred.mYLum = 6
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 84) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 10
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 84) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 84) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 84) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 84) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 84) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 84) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 6
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 84) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 10
Pred.mXLum = 13
Pred.mYLum = 8
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 84) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 10
Pred.mYLum = 9
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 84) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 84) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 84) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 84) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 84) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 84) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 84) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 10
Pred.mXLum = 10
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 84) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 12
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 84) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 84) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 4
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 84) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 84) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 84) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 84) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 12
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 84) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 8
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 84) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 84) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 84) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 84) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 84) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 84) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 84) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 84) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 84) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 84) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 84) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 84) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 84) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 84) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 84) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 84) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 85) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 85) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 85) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 85) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 85) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 85) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 85) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 85) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 85) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 85) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = 4
mYLum[1] = -8
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = 8
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 85) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 85) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 85) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 85) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 85) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 85) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 85) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 85) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 85) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 85) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 85) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 85) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 85) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 12
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 85) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 85) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 85) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 85) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 85) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 85) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 85) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 85) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 13
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 85) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 13
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 85) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 13
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 85) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 85) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 85) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 85) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 85) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 85) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 85) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 85) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 9
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 85) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 9
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 85) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 85) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 85) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 85) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 85) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 85) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 85) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 85) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 5
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 85) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 14
Pred.mYLum = 4
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 85) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 85) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 85) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 85) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 85) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 85) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 85) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 85) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 10
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 85) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 18
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 85) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 85) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 85) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 85) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 85) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 85) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 85) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 10
Pred.mYLum = 4
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 85) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 85) [x=6 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 18
mXLum[1] = -2
mYLum[1] = 6
Pred.mXLum = -2
Pred.mYLum = 4
mXLum[2] = 6
mYLum[2] = 0
Pred.mXLum = 2
Pred.mYLum = 4
mXLum[3] = -2
mYLum[3] = 0
Pred.mXLum = 6
Pred.mYLum = 4
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 85) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 85) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 85) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 85) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 85) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 85) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 85) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 85) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 85) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 85) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 85) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 85) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 85) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 85) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 86) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 86) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 86) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 86) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 86) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 86) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 86) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 86) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 86) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 86) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 86) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 86) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 86) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 86) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 86) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 86) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 86) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 86) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 86) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 86) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 86) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 86) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 86) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 86) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 86) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 86) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 86) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 86) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 86) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 86) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 86) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 86) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 86) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 86) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 86) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 86) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 86) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 86) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 86) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 86) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 86) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 86) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 86) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 86) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 86) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 86) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 10
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 86) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 10
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 86) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 86) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 86) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 86) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 86) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 86) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 86) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 86) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 86) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 86) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 86) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 86) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 86) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 86) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 86) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 86) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 86) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 86) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 86) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 17
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 86) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 17
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 86) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 86) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 86) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 86) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 86) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 86) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 86) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 12
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 86) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 86) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 86) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 86) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 86) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 86) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 86) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 86) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 86) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 86) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 86) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 86) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 86) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 86) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 86) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 86) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 86) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 87) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 87) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 87) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 87) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 87) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 87) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 87) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 87) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 87) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 87) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 87) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 87) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 87) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 87) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 87) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 87) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 87) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 87) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 87) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 87) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 87) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 87) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 87) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 87) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 87) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 87) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 87) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 87) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 87) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 87) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 87) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 87) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 87) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 87) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 87) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 87) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 87) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 87) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 87) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 87) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 87) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 87) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 87) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 87) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 87) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 87) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 87) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 87) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 87) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 87) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 87) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 87) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 87) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 87) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 87) [x=3 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 2
mXLum[1] = 10
mYLum[1] = 2
Pred.mXLum = 6
Pred.mYLum = 2
mXLum[2] = -8
mYLum[2] = -2
Pred.mXLum = 4
Pred.mYLum = 2
mXLum[3] = 10
mYLum[3] = -4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 87) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 87) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 87) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 87) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 87) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 87) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 87) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 87) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 87) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 87) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 13
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 87) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 13
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 87) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 87) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 87) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 87) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 87) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 87) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 87) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 87) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 87) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 87) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 87) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 87) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 87) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 87) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 87) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 87) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 87) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 87) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 87) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 87) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 87) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 87) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 87) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 87) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 87) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 87) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 88) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 88) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 88) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 88) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 88) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 12
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 88) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 88) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 88) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 88) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 88) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 88) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 88) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 88) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 88) [x=6 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = -2
Pred.mYLum = 8
mXLum[1] = -12
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 88) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -7
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 88) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 88) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 88) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 88) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 88) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 88) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 88) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 88) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 88) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 88) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 88) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 88) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 88) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 88) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 88) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 88) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = -7
Pred.mYLum = 2
mXLum[1] = 4
mYLum[1] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 88) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 88) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 88) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 88) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 88) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 88) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 88) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 88) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 88) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 88) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 88) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 88) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 88) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 88) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 88) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 88) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 88) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 88) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 88) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 88) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 88) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 88) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 88) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 88) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 88) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 88) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 88) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 88) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 88) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 88) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 88) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -11
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = -4
mYLum[0] = -2
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 88) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = -2
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 88) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 88) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 88) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 88) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 88) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 88) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 88) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 88) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 88) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 88) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 88) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 88) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 88) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 88) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 88) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 88) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 88) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (7)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 88) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 88) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 88) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 88) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 88) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 88) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 88) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 88) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 88) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 88) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 89) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 89) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 89) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 89) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 89) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 89) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = 8
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 89) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 89) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 89) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 89) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 89) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 89) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 89) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 89) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 89) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 89) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 89) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 89) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 89) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 89) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 89) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 89) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 89) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 89) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 89) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 89) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 89) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 89) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 89) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 89) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 89) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 89) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 89) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 89) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 89) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 89) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -3
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 89) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 89) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 89) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 89) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 89) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 89) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 89) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 89) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 89) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 89) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 89) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 89) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 89) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 89) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 89) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 89) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -3
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 89) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 89) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 89) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 89) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 89) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 89) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 89) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 89) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 89) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 89) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 89) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -3
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 89) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 89) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 89) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 89) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 89) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 89) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 89) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 89) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 89) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 89) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -3
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 89) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 89) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 89) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 89) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 89) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 89) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (1)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 89) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 89) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 89) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 89) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 89) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 89) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 89) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 89) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 89) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 89) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 90) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 90) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 90) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 90) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 90) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 9
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 90) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 90) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 90) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 90) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 90) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 90) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 90) [x=4 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 2
Pred.mYLum = -6
mXLum[3] = -18
mYLum[3] = 0
Pred.mXLum = 2
Pred.mYLum = -6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 90) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 90) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 90) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 90) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 90) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 90) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 90) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 90) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 90) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 90) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 90) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 90) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = -3
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 90) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 90) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 90) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 90) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 90) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 90) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 90) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 90) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -2
Pred.mXLum = -11
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 90) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -12
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 90) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 90) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 90) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 90) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 90) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 90) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 90) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 90) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -6
Pred.mXLum = -12
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 90) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 90) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 90) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 90) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 90) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 90) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 90) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 90) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 90) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 90) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 90) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -6
Pred.mXLum = -11
Pred.mYLum = -6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 90) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 90) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -3
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 90) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 90) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 90) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 90) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 90) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 90) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 90) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -6
Pred.mXLum = -11
Pred.mYLum = -6
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 90) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = -6
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 90) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = -4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 90) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 90) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 90) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 90) [x=10 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -10
mYLum[1] = -4
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[2] = 2
mYLum[2] = -10
Pred.mXLum = -6
Pred.mYLum = -2
mXLum[3] = 0
mYLum[3] = 0
Pred.mXLum = -6
Pred.mYLum = -4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 90) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 90) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 90) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 90) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 90) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 90) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -6
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 90) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 90) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 90) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -20
Pred.mXLum = -2
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 90) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 90) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 90) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 90) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 90) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 90) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 90) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 90) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 90) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 90) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 90) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 91) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 91) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 91) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 91) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 91) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 91) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 91) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 91) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 91) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 91) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 91) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 91) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 91) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 91) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 91) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 91) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 91) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 91) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 91) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 91) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 91) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 91) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 91) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 91) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 91) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -7
Pred.mXLum = -7
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 91) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 91) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 91) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 91) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 91) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 91) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 91) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 91) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 91) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -4
Pred.mXLum = -15
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 91) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -7
Pred.mXLum = -23
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 91) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = -8
Pred.mXLum = -7
Pred.mYLum = -3
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 91) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 91) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 91) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 91) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 91) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 91) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 91) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -26
mYLum[0] = -8
Pred.mXLum = -19
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 91) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -15
Pred.mXLum = -22
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 91) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -19
Pred.mYLum = -8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 91) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 91) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 91) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 91) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 91) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 91) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 91) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 91) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -6
Pred.mXLum = -19
Pred.mYLum = -8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 91) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -6
Pred.mXLum = -19
Pred.mYLum = -6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 91) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -3
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 91) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = -4
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 91) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 91) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 91) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 91) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 91) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 91) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -11
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 91) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -11
Pred.mYLum = -4
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 91) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -6
Pred.mXLum = -23
Pred.mYLum = -6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 91) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -7
Pred.mXLum = -16
Pred.mYLum = -6
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 91) [x=6 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = -4
mXLum[1] = 0
mYLum[1] = -22
Pred.mXLum = -7
Pred.mYLum = -4
mXLum[2] = -10
mYLum[2] = -2
Pred.mXLum = -16
Pred.mYLum = -7
mXLum[3] = 0
mYLum[3] = -34
Pred.mXLum = -10
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 91) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -7
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 91) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 91) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 91) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 91) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 91) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 91) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 91) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 91) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -16
Pred.mYLum = -6
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 91) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 91) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 91) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 91) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 91) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 91) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 91) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 91) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 91) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 91) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 91) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 91) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 91) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 91) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 91) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 91) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 91) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       5 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 92) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 92) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 92) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 92) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 92) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 92) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 92) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 92) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 92) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 92) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 92) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 92) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 92) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -6
mYLum[1] = 2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[2] = -22
mYLum[2] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -6
mYLum[3] = -14
Pred.mXLum = -6
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 92) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -11
Pred.mXLum = -6
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 92) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 92) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -10
Pred.mXLum = -4
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 92) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 92) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 92) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 92) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 92) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 92) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -8
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 92) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -7
Pred.mXLum = -6
Pred.mYLum = -10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 92) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = -8
Pred.mXLum = -19
Pred.mYLum = -10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 92) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -6
Pred.mXLum = -8
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 92) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 92) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 92) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 92) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 92) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 92) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 92) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 92) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -7
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 92) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -6
Pred.mXLum = -19
Pred.mYLum = -7
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 92) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = -14
Pred.mXLum = -24
Pred.mYLum = -6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 92) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -7
Pred.mXLum = -14
Pred.mYLum = -6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 92) [x=7 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -2
mXLum[1] = 0
mYLum[1] = 10
Pred.mXLum = -8
Pred.mYLum = -2
mXLum[2] = -12
mYLum[2] = -2
Pred.mXLum = -10
Pred.mYLum = -2
mXLum[3] = 8
mYLum[3] = 10
Pred.mXLum = -10
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 2
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 92) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 92) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 92) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 92) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 92) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 92) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 92) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = -10
Pred.mXLum = -24
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 92) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -34
mYLum[0] = -12
Pred.mXLum = -30
Pred.mYLum = -10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 92) [x=6 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=3
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 92) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -3
mYLum[0] = 1
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 92) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 92) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 92) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 92) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 92) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 92) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -8
Pred.mXLum = -11
Pred.mYLum = -3
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 92) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -11
Pred.mXLum = -30
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 92) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -42
mYLum[0] = -12
Pred.mXLum = -23
Pred.mYLum = -11
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 92) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -10
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 92) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -7
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 92) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 92) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 92) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 92) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 92) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 92) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 92) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -14
Pred.mXLum = -14
Pred.mYLum = -8
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 92) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -7
Pred.mXLum = -23
Pred.mYLum = -12
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 92) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -36
mYLum[0] = -10
Pred.mXLum = -23
Pred.mYLum = -10
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 92) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -20
Pred.mXLum = -12
Pred.mYLum = -10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 92) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = -7
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 92) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 92) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 92) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 92) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 92) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -14
Pred.mYLum = -7
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 92) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -23
Pred.mYLum = -7
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 92) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 92) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 92) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 92) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 92) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 92) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 92) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 92) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 92) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 92) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 92) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 92) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 92) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 92) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 92) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 92) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 92) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 93) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 93) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 93) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 93) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 93) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 93) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 93) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 93) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 93) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 93) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = -14
mYLum[2] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 93) [x=4 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 93) [x=5 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 93) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 93) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 93) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 93) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 93) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 93) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 93) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -14
Pred.mXLum = -3
Pred.mYLum = -15
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 93) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -32
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = -14
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 93) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 93) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 93) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 93) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 93) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 93) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 93) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 93) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 93) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = -14
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 93) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 93) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = -10
Pred.mXLum = -22
Pred.mYLum = -8
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 93) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -4
Pred.mXLum = -22
Pred.mYLum = -8
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 93) [x=7 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -6
Pred.mXLum = -8
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 12
Pred.mXLum = -8
Pred.mYLum = 0
mXLum[2] = -12
mYLum[2] = -4
Pred.mXLum = -14
Pred.mYLum = -4
mXLum[3] = 0
mYLum[3] = 4
Pred.mXLum = -12
Pred.mYLum = -4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 93) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 93) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 93) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 93) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 93) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 93) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 93) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 93) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -10
Pred.mXLum = -18
Pred.mYLum = -8
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 93) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -36
mYLum[0] = -10
Pred.mXLum = -19
Pred.mYLum = -10
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 93) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -35
mYLum[0] = -8
Pred.mXLum = -19
Pred.mYLum = -4
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 93) [x=7 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 0
Pred.mXLum = -12
Pred.mYLum = -4
mXLum[1] = 4
mYLum[1] = 8
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[2] = -12
mYLum[2] = 6
Pred.mXLum = -18
Pred.mYLum = 0
mXLum[3] = 12
mYLum[3] = -8
Pred.mXLum = -12
Pred.mYLum = 6
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 93) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 4
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 93) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 93) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 93) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 93) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 93) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 93) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -26
Pred.mXLum = -16
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 93) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 93) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (7)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 93) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 93) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 93) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 93) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 93) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 93) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 93) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 93) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     38
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 93) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 93) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -35
mYLum[0] = -20
Pred.mXLum = -10
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 93) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -32
mYLum[0] = -12
Pred.mXLum = -11
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 93) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -11
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 93) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 93) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 93) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 93) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 93) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 93) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 93) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 93) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -10
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 93) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 93) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = -14
Pred.mXLum = -4
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 93) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 4
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 93) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 93) [x=9 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=13 #t1=0
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 93) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 93) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 93) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 93) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 93) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 93) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 93) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 93) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 93) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 93) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 93) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 93) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 94) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 94) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 94) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 94) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 94) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 94) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 94) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 94) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 94) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 94) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 94) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 94) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 94) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 94) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 94) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 94) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 94) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 94) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 94) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 94) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 94) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -14
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 94) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 94) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 94) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -26
mYLum[0] = -10
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 94) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 94) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 1
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 94) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 94) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 94) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 94) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 94) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 94) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 1
Pred.mYLum = -12
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 94) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -10
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 94) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -6
Pred.mXLum = -15
Pred.mYLum = -10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 94) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -4
Pred.mXLum = -24
Pred.mYLum = -6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 94) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 94) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 7
Pred.mXLum = 1
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 94) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 94) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 94) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 94) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 94) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -6
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 94) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -15
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 94) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -32
mYLum[0] = -6
Pred.mXLum = -19
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 94) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -27
mYLum[0] = -3
Pred.mXLum = -19
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 94) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 6
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 94) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 94) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 94) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 94) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 94) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 94) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 94) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -12
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 94) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -6
Pred.mXLum = -27
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 94) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (3)
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 94) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 94) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 94) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 94) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 94) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 94) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 94) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 94) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 5
Pred.mXLum = -7
Pred.mYLum = -6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 94) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -27
mYLum[0] = -11
Pred.mXLum = -10
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 94) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -12
Pred.mXLum = -14
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 94) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -14
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 94) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 94) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 94) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 94) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 94) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 94) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 94) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 94) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 6
Pred.mXLum = -11
Pred.mYLum = 4
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 94) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = -24
Pred.mYLum = -11
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 94) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -6
Pred.mXLum = -8
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 94) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 94) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 94) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 94) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 94) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 94) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 4
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 94) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 94) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 94) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = -7
Pred.mYLum = 6
mXLum[1] = -10
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 94) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 94) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 94) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 94) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 94) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 94) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 95) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 95) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 95) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 95) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 95) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 95) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 95) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 95) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 95) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 95) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 95) [x=7 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 2
mXLum[1] = 8
mYLum[1] = 8
Pred.mXLum = 1
Pred.mYLum = 2
mXLum[2] = 0
mYLum[2] = -14
Pred.mXLum = 8
Pred.mYLum = 8
mXLum[3] = 4
mYLum[3] = 6
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 95) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 95) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 95) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 95) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 95) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 95) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 95) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 95) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 95) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 95) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 95) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 95) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 95) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 95) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 95) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = -4
Pred.mYLum = -8
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 95) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -4
Pred.mXLum = -11
Pred.mYLum = -3
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 95) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = -12
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 95) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 95) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 95) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 95) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 95) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 95) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 95) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 95) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -7
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 95) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = -4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 95) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -3
Pred.mXLum = -12
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 95) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 95) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 95) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 95) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 95) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 95) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 95) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 95) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 95) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 2
Pred.mXLum = -11
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 95) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 2
Pred.mXLum = -18
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 95) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 95) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 95) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 95) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 95) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 95) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 95) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 95) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 95) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 1
Pred.mXLum = -14
Pred.mYLum = 2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 95) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 2
Pred.mXLum = -14
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 95) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -4
Pred.mXLum = -8
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 95) [x=8 y=6] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 8 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 95) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 95) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 95) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 95) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 95) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 95) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -18
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 95) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 2
Pred.mXLum = -10
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 95) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 95) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 95) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 95) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 95) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 95) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 95) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 95) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 95) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 95) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 95) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 95) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 95) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 95) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 96) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 96) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 96) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 96) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 96) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 96) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 96) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 96) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 96) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 96) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 96) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 96) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 96) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 96) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 96) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 96) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 96) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 96) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 96) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 96) [x=5 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -26
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = -4
Pred.mXLum = 0
Pred.mYLum = -4
mXLum[3] = -10
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 96) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 96) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 96) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 96) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 96) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 96) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 96) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 96) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 2
Pred.mYLum = -4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 96) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = -7
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 96) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 96) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 96) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 96) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 96) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 96) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 96) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 96) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 96) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 96) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = -8
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 96) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 96) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 96) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 96) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 96) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 96) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 96) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 96) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 96) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 2
Pred.mXLum = -12
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 96) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -14
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 96) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 96) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 96) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 96) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 96) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 96) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 96) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 96) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 8
Pred.mXLum = -6
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 96) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 4
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 96) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 96) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 96) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 96) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 96) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = -2
mYLum[0] = -2
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 96) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -14
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 96) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 96) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 96) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 96) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 96) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 96) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 96) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 96) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 96) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 96) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 96) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 96) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 96) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 96) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 96) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 97) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 97) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 97) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 97) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 97) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 97) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 97) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 97) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 97) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 97) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 97) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 97) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 97) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 97) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 97) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 97) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 97) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 97) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 97) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 97) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 97) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 97) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 97) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 97) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 97) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 97) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 97) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 97) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = -4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 97) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 97) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 97) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 97) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 97) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 97) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 97) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 97) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 97) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 97) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -3
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 97) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 97) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 97) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 97) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 97) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 97) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 97) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 97) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 97) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = -6
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 97) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 97) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 97) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 97) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 97) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 97) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 97) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 97) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 97) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 10
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 97) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 97) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 97) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 97) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 97) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 97) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 97) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 97) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 97) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 97) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 97) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 97) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 97) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 97) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 97) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 97) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 97) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 97) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 97) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 97) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 97) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 98) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 98) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 98) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 98) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 98) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 98) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 98) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 98) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 98) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 98) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 98) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 98) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 98) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 98) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 98) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 98) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 98) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 98) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 98) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 98) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 98) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 98) [x=6 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 18
mYLum[1] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 8
mYLum[2] = -4
Pred.mXLum = 18
Pred.mYLum = -8
mXLum[3] = 0
mYLum[3] = -4
Pred.mXLum = 18
Pred.mYLum = -8
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 98) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -6
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[2] = -2
mYLum[2] = -2
Pred.mXLum = 0
Pred.mYLum = -6
mXLum[3] = 2
mYLum[3] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 98) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 98) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 98) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 98) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 98) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 98) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 98) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 98) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 98) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 98) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 98) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = -2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 98) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 98) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 98) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 98) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 98) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 98) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 98) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 98) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 98) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 98) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 98) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 98) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 98) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 98) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 98) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 98) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 98) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 98) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 98) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 98) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 98) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 98) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 98) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 98) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 98) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 98) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 98) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 98) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 98) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 98) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 98) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 98) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 98) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 98) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 98) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 98) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 98) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 98) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 98) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 98) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 98) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 98) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 98) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 98) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 98) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 98) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 99) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 99) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 99) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 99) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 99) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 99) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 99) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 99) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 99) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 99) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 99) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 99) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 99) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 99) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 99) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 99) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 99) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 99) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 99) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 99) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 99) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 99) [x=8 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 8
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = -2
Pred.mXLum = -2
Pred.mYLum = -4
mXLum[3] = 0
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 99) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 99) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 99) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 99) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 99) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 99) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 99) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 99) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 99) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 99) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 99) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 99) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 99) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 2
mYLum[0] = -2
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 99) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -4
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 99) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 99) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 99) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 99) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 99) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 99) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 99) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 99) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 99) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 99) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 99) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 99) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 99) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 99) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 99) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 99) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 99) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 99) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 99) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 99) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 99) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 99) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 99) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 99) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 99) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 99) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 99) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 99) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 99) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 99) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 99) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 99) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 99) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 99) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 99) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 99) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 99) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 99) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 99) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 99) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 100) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 100) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 100) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 100) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 100) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 100) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 100) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 100) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 100) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 100) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 100) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 100) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 100) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 100) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 100) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 100) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 100) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 100) [x=6 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=11 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 100) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 100) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 100) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 100) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 100) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 100) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 100) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 100) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 100) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -3
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 100) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 100) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 100) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 100) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 100) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 100) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 100) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 100) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 100) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 100) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 100) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 100) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 100) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 100) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 100) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 100) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 100) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 100) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 100) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 100) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 100) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 100) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 100) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 100) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 100) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 100) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 100) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 100) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 100) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 100) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 100) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 100) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 100) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 100) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 100) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 100) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 100) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 100) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 100) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 100) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 100) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 100) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 100) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 100) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 100) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 100) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 100) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 100) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 101) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 101) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 101) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 101) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 101) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 101) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 101) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 101) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 101) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 101) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 101) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 101) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 101) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 101) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 101) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 101) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 101) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 101) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 101) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 101) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 101) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 101) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 101) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 101) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 101) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 101) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 101) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 101) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 101) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 101) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 101) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -14
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 101) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 101) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 101) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 101) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 101) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 101) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 101) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 101) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 2
mYLum[0] = -2
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 101) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 101) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 101) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 101) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 101) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 101) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 101) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 101) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 101) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 101) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 101) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 101) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 101) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 101) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 101) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 101) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 101) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 101) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 101) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 101) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 101) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 101) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 101) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 101) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 101) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 101) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 101) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 101) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 101) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 101) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 101) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 101) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 101) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 101) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 101) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 101) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 101) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 101) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 101) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 101) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 102) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 102) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 102) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 102) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 102) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 102) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 102) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 102) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 102) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 102) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 102) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 102) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 102) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 102) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 102) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 102) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 102) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 102) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 102) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 102) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 102) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 102) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 102) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 102) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 102) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 102) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 102) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 102) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 102) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 102) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 102) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 102) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 102) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 102) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 102) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 102) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 102) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 102) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 102) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 102) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 102) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 102) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 102) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 102) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 102) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 102) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 102) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 102) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 102) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 102) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 102) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 102) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 102) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 102) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 102) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 102) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 102) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 102) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 102) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 102) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 102) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 102) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 1
Pred.mYLum = -3
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 102) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 102) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 102) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 102) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 102) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 102) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 102) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 102) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 102) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 102) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 102) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 102) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 102) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 102) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 102) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 102) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 102) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 102) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 102) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 102) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 102) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 102) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 103) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 103) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 103) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 103) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 103) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 103) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 103) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 103) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 103) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 103) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 103) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 103) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 103) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 103) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 103) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 103) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 103) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 103) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 103) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 103) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 103) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 103) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 103) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 103) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 103) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 103) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 103) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 103) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 103) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 103) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 103) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 103) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 103) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 103) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 103) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 103) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 103) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 103) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 103) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 103) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 103) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 103) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 103) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 103) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 103) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 103) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 103) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 103) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 103) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 103) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 103) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 103) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 skipped*************
mXLum[0] = 2
mYLum[0] = -2
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 103) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 103) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 103) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 103) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 103) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 103) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 103) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 103) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 103) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 103) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 103) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 103) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 103) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 103) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 103) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 103) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 103) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 103) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 103) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 103) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 103) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 103) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 103) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 103) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 103) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 103) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 103) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 103) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 103) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 103) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 103) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 103) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 103) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 103) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 103) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 103) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 103) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 104) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 104) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 104) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 104) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 104) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 104) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 104) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 104) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 104) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 104) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 104) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 104) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 104) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 104) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 104) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 104) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 104) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 104) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 104) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 104) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 104) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 104) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 104) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 104) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 104) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 104) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 104) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 104) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 104) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 104) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 104) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 104) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 104) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 104) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 104) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -12
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 104) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 104) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 104) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 104) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 104) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 104) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 104) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 104) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 104) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 104) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 104) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 104) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 104) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 104) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 104) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 104) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 104) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 104) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     22
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 104) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -4
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 104) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -3
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 104) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 104) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 104) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 104) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 104) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 104) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 104) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 104) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = -4
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 104) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 104) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 104) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 104) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 104) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 104) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 104) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 104) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 104) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -6
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 104) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 104) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 104) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 104) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 104) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 104) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 104) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 104) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 104) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 104) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 104) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 104) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 104) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 104) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 104) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 104) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 104) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     30
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 104) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 104) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 104) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 105) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 105) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 105) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 105) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 105) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 105) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 105) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 105) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 105) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 105) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 105) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 105) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 105) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 105) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 105) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 105) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 105) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 105) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 105) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 105) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 105) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 105) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 105) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 105) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 105) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 105) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 105) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 105) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 105) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 105) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 105) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 105) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 105) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 105) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 105) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 105) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 105) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 105) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 105) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 105) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 105) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 105) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 105) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 105) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 105) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 105) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 105) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 105) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 105) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 105) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 105) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 105) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 105) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 105) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 105) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 105) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 105) [x=3 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=12 #t1=1
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 105) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 105) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 105) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 105) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 105) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 105) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 105) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 105) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 105) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 105) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 105) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 105) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 105) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 105) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 105) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 105) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 105) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 105) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 105) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 105) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 105) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 105) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 105) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 105) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 105) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 105) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 105) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 106) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 106) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 106) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 106) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 106) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 106) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 106) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 106) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 106) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 106) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 106) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 106) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 106) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 106) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 106) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 106) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 106) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 106) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 106) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 106) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 106) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 106) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 106) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 106) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 106) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 106) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 106) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 106) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 106) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 106) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 106) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 106) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 106) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 106) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 106) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 106) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 106) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 106) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 106) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 106) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 106) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 106) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 106) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 106) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 106) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 106) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 106) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 106) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 106) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 106) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 106) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 106) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 106) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 106) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 106) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 106) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 106) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 106) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 106) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 106) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 106) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 106) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 106) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 106) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 106) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 106) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 106) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 106) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 106) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 106) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 106) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 106) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 12 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 106) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 106) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 106) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 106) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 106) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 106) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 106) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 106) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 106) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 106) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 106) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 107) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 107) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 107) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 107) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 107) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 107) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 107) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 107) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 107) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 107) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 107) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 107) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 107) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 107) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 107) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 107) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 107) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 107) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 107) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 107) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 107) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 107) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 107) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 107) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 107) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 107) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     26
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 107) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 107) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 107) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 107) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 107) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 107) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 107) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 107) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 107) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 107) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 107) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 107) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 107) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 107) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 107) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 107) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 107) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 107) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 107) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 107) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 107) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 107) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 107) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 107) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 107) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 107) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 107) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 107) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 107) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 107) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 107) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 107) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 107) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 107) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 107) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 107) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 107) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 107) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 107) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 107) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 107) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 107) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 107) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 107) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 107) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 107) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 107) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 107) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 107) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 107) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 107) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 107) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 107) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 107) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 107) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 108) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 108) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 108) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 108) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 108) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 108) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 108) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 108) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 108) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 108) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 108) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 108) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 108) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 108) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 108) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 108) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 108) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 108) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 108) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 108) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 108) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 108) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 108) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 108) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 108) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 108) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 108) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 108) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 108) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 108) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 108) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 108) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 108) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 108) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 108) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 108) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 108) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 108) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 108) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 108) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 108) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 108) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 108) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 108) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 108) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 108) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 108) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 108) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 108) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 108) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 108) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 108) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 108) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 108) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 108) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 108) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 108) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 108) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 108) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 108) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 108) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 108) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 108) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 108) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 108) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 108) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 12 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 108) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 108) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 108) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 108) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 108) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 108) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 108) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 108) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 108) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 108) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 109) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 109) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 109) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 109) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 109) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 109) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 109) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 109) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 109) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 109) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 109) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 109) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 109) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 109) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 109) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 109) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 109) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 109) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 109) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 109) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 109) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 109) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 109) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 109) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 109) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 109) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 109) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 109) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 109) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 109) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 109) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 109) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 109) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 109) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 109) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 109) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 109) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 109) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 109) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 109) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 109) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 109) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 109) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 109) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 109) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 109) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 109) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 109) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 109) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 109) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 109) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 109) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 109) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 109) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 109) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 109) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 109) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 109) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 109) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 109) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 109) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 109) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 109) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 109) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 109) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 109) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 109) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 109) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 109) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 109) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 109) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 109) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 109) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 109) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 109) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 109) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 109) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 109) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 109) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 109) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 109) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 109) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 109) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 110) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 110) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 110) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 110) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 110) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 110) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 110) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 110) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 110) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 110) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 110) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 110) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 110) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 110) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 110) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 110) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 110) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 110) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 110) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 110) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 110) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 110) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 110) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 110) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 110) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 110) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 110) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 110) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 110) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 110) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 110) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 110) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 110) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 110) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 110) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 110) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 110) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 110) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 110) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 110) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 110) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 110) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 110) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 110) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 110) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 110) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 110) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 110) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 110) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 110) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 110) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 110) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 110) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 110) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 110) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 110) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 110) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 110) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 110) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 110) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 110) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 110) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 110) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 110) [x=8 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=7 #t1=3
    Lum16DC totalrun = 9 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 110) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 110) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 110) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 110) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 110) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 110) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 110) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 110) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 110) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 110) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 110) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 110) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 110) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 110) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 110) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 110) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 110) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 110) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 110) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 110) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 110) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 110) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 111) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 111) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 111) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 111) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 111) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 111) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 111) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 111) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 111) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 111) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 2, 1
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 111) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 111) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 111) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 111) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 111) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 111) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 111) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 111) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 111) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 111) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 111) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 111) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 111) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 111) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 111) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 111) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 111) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 111) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 111) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 111) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 12
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 111) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 111) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 111) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 111) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 111) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 111) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 111) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 6, 4
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 111) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 111) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 111) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 111) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 111) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 111) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 111) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 111) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 111) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 111) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 111) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 111) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 111) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 111) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 111) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 111) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 111) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 111) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 111) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 111) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 111) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 111) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 111) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 111) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 111) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 111) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 111) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 111) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 111) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 111) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 111) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 111) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 111) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 111) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 111) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 111) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 111) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 111) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 111) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 111) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 111) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 111) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 111) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 111) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 112) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 112) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 112) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 112) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 112) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 112) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 112) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 112) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 112) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 112) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 112) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 112) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 112) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 112) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 112) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 112) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 112) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 112) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 112) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 112) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 112) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 112) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 112) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 112) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 112) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 112) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 112) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 112) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 112) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 112) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 112) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 112) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 112) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 112) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 8
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 112) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 112) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 112) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 112) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 112) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 112) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 112) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 112) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 112) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 112) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 112) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 112) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 112) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 112) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 112) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 112) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 112) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 112) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 112) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 112) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 112) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 112) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 112) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 112) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 112) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 112) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 112) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 112) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 112) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 112) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 112) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 112) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 112) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 112) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 112) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 112) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 112) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 112) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 112) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 112) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 112) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 112) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 112) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 112) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 112) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 112) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 112) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 112) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 112) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 112) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 112) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 112) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 112) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 112) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 113) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 113) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 113) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 113) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 113) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 113) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 113) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 113) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 113) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 113) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 113) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 113) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 113) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 113) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 113) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 113) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 113) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 113) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 113) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 113) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 113) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 113) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 113) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 113) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 113) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 113) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 113) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 113) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 113) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 113) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 113) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 113) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 10
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 113) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 113) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 113) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 113) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 113) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 113) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 113) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 113) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 113) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 113) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 113) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 113) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 113) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 113) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 113) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 113) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 113) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 113) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 113) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 113) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 113) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 113) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 113) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 113) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 113) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 113) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 113) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 113) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 113) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 113) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 113) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 113) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 113) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 113) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 113) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 113) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 113) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 113) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 113) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 113) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 113) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 113) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 113) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 113) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 113) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 113) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 113) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 113) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 113) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 113) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 113) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 113) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 113) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 113) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 113) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 113) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 113) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 114) [x=0 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 114) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 114) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 114) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 114) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 114) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 114) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 114) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 114) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 114) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 114) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 114) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 114) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 114) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 114) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 114) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 114) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 114) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 114) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 114) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 114) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 114) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 114) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 114) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 114) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 114) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 114) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 114) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 114) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 114) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 114) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 114) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 114) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 14
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 114) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 114) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 114) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 114) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 114) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 114) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 114) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 114) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 114) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 114) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 114) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 114) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 114) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 114) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 114) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 114) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 114) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 114) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 114) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 114) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 114) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 114) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 114) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 114) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 114) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 114) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 114) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 114) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 114) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 114) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 114) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 114) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 114) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 114) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 114) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 114) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 114) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 114) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 114) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 114) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 114) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 114) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 114) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 114) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 114) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 114) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 114) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 114) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 114) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 114) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 114) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 114) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 115) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 115) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 115) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 115) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 115) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 115) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 115) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 115) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 115) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 115) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 115) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 115) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 115) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 115) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 115) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 115) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 115) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 115) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 115) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 115) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 115) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 115) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 115) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 115) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 115) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 115) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 115) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 115) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 115) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 115) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 115) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 115) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 115) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 115) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 115) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 115) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 115) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 115) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 115) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 115) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 115) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 115) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 115) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 115) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 115) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 115) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 115) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 115) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 115) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 115) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 115) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 115) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 115) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 115) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 115) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 115) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 115) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 115) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 115) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 115) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 115) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 115) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 115) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 115) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 115) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 115) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 115) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 115) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 115) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 115) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 115) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 115) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 115) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 115) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 115) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 115) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 115) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 115) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 12 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 13 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 115) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 115) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 115) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 115) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 115) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 115) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 115) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 115) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 115) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 115) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 115) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 116) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 116) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 116) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 116) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 116) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 116) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 116) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 116) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 116) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 116) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 116) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 116) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 116) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 116) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 116) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 116) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 116) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 116) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 116) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 116) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 116) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 116) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 116) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 116) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 116) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 116) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 116) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 116) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 116) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 116) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 116) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 116) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 116) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 116) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 116) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 116) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 116) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 116) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 116) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 116) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 116) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 116) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 116) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 116) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 116) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 116) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 116) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 116) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 116) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 116) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 116) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 116) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 116) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 116) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 116) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 116) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 116) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 116) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 116) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 116) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 116) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 116) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 116) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 116) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 116) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 116) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 116) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 116) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 116) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 116) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 116) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 116) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 116) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 116) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 116) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 116) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 116) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 116) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 116) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 116) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 116) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 116) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 117) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 117) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 117) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 117) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 117) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 117) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 117) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 117) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 117) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 117) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 117) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 117) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 117) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 117) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 117) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 117) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 117) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 117) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 117) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 117) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 117) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 117) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 117) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 117) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 117) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 117) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 117) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 117) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 117) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 117) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 117) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 117) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 117) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 117) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 117) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 117) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 117) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 117) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 117) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 117) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 117) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 117) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 117) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 117) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 117) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 117) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 117) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 117) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 117) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 117) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 117) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 117) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 117) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 117) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 117) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 117) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 117) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 117) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 117) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 117) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 117) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 117) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 118) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 118) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 118) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 118) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 118) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 6
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 ***(pic 118) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 118) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 118) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 118) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 118) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 118) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 118) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 118) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 118) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 118) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 118) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 118) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 118) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 118) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 118) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 118) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 118) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 118) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 118) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 118) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 118) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 118) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 118) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 118) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 118) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 118) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 118) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 118) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 118) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 118) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 118) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 skipped*************
mXLum[0] = -6
mYLum[0] = 0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 118) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 118) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 118) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 118) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 118) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 118) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 118) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 118) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 118) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 118) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 118) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 118) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 118) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 118) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 118) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 118) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 118) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 118) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 118) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 118) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 118) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 118) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 118) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 118) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 118) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 118) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 118) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 118) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 118) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 118) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 118) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 118) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 118) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 118) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 118) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 118) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 118) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 118) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 118) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 118) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 118) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 118) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 118) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 119) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 119) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 119) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 119) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 119) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 119) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 119) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 119) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 119) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 119) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -3
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 119) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 119) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 119) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 119) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 119) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 119) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 119) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 119) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 119) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 119) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 119) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 119) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 119) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 119) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 119) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 119) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 119) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 119) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 119) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 119) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 119) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 119) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 119) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = 2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 119) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 119) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 119) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 119) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 119) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 119) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 119) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 119) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 119) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 119) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 119) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 119) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 119) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 119) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 119) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 119) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 119) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 119) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 119) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 119) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 119) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 119) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 119) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 119) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 119) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 119) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 119) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 119) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 119) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 119) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 119) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 119) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 119) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 1
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 119) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 119) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 119) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 119) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 119) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 119) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 119) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 119) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 119) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 119) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 119) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 119) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 120) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 120) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 120) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 120) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 120) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 120) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 120) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 120) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 120) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 120) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 120) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 120) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 120) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 120) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 120) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 120) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 120) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 120) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 120) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 120) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 120) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 120) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 120) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 120) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -7
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 120) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 120) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -3
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 120) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 120) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 120) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 120) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 120) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 120) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 120) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 120) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 120) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 120) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 120) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 120) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 120) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = -6
mYLum[2] = -2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[3] = -6
mYLum[3] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 120) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 120) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 120) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 120) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 120) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 120) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 120) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 120) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 120) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 120) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 120) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 120) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 120) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 120) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 120) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 120) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 120) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 120) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 120) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 120) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 120) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 120) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 120) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 120) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 120) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 120) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 121) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 121) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 121) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 121) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 121) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 121) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 121) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 121) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 121) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 121) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 121) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -4
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 121) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 121) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 121) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 121) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 13
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 121) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 121) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 121) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 121) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 121) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 121) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 121) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 121) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 121) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 121) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 121) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 121) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 121) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 121) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 121) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 121) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 121) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 121) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 121) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 121) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 121) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 121) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 121) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 121) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 121) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 121) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 121) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 121) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 121) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 121) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 121) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=12 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 121) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 121) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 12
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 121) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 121) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 121) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 121) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 121) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 0
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 121) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 121) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 121) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 121) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 121) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 121) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 121) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 121) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 121) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 121) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 121) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 121) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 121) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 121) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 121) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 121) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 121) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 121) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 121) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 122) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 122) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 122) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 122) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 122) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 122) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 122) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 122) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -12
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 122) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 122) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 122) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 122) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 122) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 122) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 122) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 122) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 122) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 122) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 122) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 122) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 122) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 122) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 122) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 122) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 122) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 122) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 122) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 122) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 122) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 122) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 122) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 122) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 122) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 122) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 122) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 122) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 122) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 122) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 122) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 122) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 122) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 122) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 122) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 122) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 122) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 122) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 122) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 122) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 122) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -7
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 122) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 122) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 122) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 122) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 122) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 122) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 122) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 122) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 122) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 122) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 122) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 122) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 122) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 122) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 122) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 122) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 122) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 122) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 122) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 122) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 122) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 122) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 122) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 122) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 122) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 122) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 122) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 122) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 122) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 122) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 122) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 122) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 122) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 123) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 123) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 123) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 123) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 123) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 123) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 123) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 123) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 123) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 123) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 123) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 123) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 123) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 123) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 123) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 123) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 123) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 123) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 123) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 123) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 123) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 123) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 123) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 123) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 123) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 123) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 123) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 123) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 123) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     45
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 123) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 123) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 123) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 123) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 123) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     41
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 123) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 123) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 123) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 9
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 123) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 123) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 123) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 123) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 123) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 123) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 123) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 123) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 123) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 123) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -10
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 123) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 123) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = -6
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 123) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 123) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 123) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 123) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 123) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 123) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 123) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 123) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 123) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 123) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 123) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 123) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 123) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 123) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 123) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 123) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 123) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 123) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 123) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 123) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 123) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 123) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 123) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 123) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 123) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 123) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 123) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 123) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 123) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 123) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 123) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 123) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 124) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 124) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 124) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 124) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 124) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 124) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 124) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 124) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 124) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 124) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 124) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 124) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 124) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 124) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 124) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 124) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 124) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 124) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 124) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 124) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 124) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 124) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 124) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 124) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 124) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 124) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 124) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 124) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 124) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 124) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 124) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 124) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 124) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 124) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 124) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 124) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 124) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 4
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 124) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 124) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 124) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 124) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 124) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 124) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 124) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 124) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 124) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 124) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 124) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 124) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 124) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 124) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 124) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 124) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 124) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 124) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 124) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 124) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 124) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 124) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 124) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 124) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 124) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 124) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 124) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 124) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 124) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 124) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 124) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 124) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 124) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 124) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 124) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 124) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 124) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 124) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 124) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 124) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 124) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 124) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 124) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 124) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 124) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 124) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 125) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 125) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 125) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 125) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 125) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 125) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -11
Pred.mYLum = 1
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 125) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 125) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 125) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 125) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 125) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 125) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 125) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 125) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 125) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 125) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 125) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 125) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 125) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 125) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 125) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 125) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 125) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 125) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 125) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 125) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 125) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 125) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 125) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 125) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 125) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 125) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 125) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 125) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 125) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 125) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 125) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 125) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 125) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 125) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 125) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 125) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 125) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 125) [x=3 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = -4
Pred.mXLum = -24
Pred.mYLum = -8
mXLum[2] = 2
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = -4
mXLum[3] = -10
mYLum[3] = 6
Pred.mXLum = 2
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 125) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 125) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 125) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 125) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 125) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 125) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 125) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 125) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 125) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 125) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 125) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 125) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 125) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 125) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 125) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 125) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 125) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 125) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 125) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 125) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 125) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 125) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 125) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -3
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 125) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 125) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 125) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 125) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 125) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 125) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 125) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 125) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 125) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 125) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 125) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 125) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 125) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 126) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 126) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 126) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 126) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 126) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 126) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 126) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 126) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 126) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 126) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 126) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 126) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 126) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 126) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 126) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 126) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 126) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 126) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 126) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 126) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 126) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 126) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 126) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 126) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 126) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 126) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 126) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 126) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -3
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 126) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 126) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 126) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 126) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 126) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 126) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 126) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 126) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 126) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 126) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 126) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 126) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 126) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 126) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 126) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 126) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 126) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 126) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 126) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 126) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 126) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 126) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 126) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 126) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 126) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 126) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 126) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 126) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 126) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 126) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 126) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 126) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 126) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 126) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 126) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 126) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 126) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 126) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 126) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -7
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 126) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 126) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 126) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 126) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 126) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 126) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 126) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 126) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 126) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 126) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 126) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 126) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 126) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 126) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 126) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 127) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 127) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 127) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 127) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 127) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 127) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 127) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 127) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 127) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 127) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 127) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 127) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 127) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 127) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 127) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 127) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 127) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 127) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 127) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 127) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 127) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 127) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 127) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 127) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 127) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 127) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 127) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 127) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 127) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 127) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 127) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 127) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 127) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 127) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 127) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 127) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 127) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 127) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 127) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 127) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 127) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 127) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 127) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 127) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 127) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 127) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 127) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 127) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 127) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 127) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 127) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 127) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 127) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 127) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 127) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = -7
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 127) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = -2
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 127) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 127) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 127) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 5
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 127) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 127) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 127) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 127) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 127) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 127) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 127) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 127) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 127) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 127) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 127) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 127) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 127) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 127) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 127) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 127) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 128) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 128) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 128) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 128) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 128) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 128) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 128) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 128) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 128) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 128) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 128) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 128) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 128) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 128) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 128) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 128) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 128) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 128) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 128) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 128) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 128) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 128) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 128) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 128) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 128) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 128) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 128) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 128) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     40
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 128) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 128) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 128) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 128) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 128) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 128) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 128) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 128) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 128) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 128) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 128) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 128) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 128) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 128) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 128) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 128) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 128) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 128) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 128) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 128) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 128) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 128) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 128) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 128) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 128) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 128) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 128) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 128) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 128) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 128) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 128) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 128) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 128) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 128) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 128) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 128) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 128) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 128) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 129) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 129) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 129) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 129) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 129) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 129) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 129) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 129) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 129) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 129) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 129) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 129) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 129) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 129) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 129) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 129) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 129) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 129) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 129) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 129) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 129) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 129) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 129) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 129) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 129) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 129) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 129) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 129) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 129) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 129) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 129) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 129) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 129) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 129) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 129) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 129) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 129) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 129) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 129) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 129) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 129) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 129) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 129) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 129) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -11
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 129) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 129) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 129) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 129) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 129) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 129) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 129) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 129) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 129) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 129) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 129) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 129) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 129) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 129) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 129) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 129) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 129) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 129) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 129) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 129) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 129) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 129) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 129) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 129) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 129) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 129) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 129) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 129) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 130) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 130) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 130) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 130) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 130) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 130) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 130) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 130) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 130) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 130) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 130) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 130) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 130) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 130) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 130) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 130) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 130) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 130) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 130) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 130) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 130) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 130) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 130) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 130) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 130) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 130) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 130) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 130) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 130) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 130) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 130) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 130) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 130) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 130) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 130) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 130) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 130) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 130) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 130) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 130) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 130) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 130) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 130) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 130) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 130) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 130) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 130) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 130) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 130) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 130) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 130) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 130) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 130) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 130) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 130) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 130) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 130) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 130) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 130) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 130) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 130) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 130) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 130) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 130) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 130) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 130) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 130) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 131) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 131) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 131) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 131) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 131) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 131) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 131) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 131) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 131) [x=8 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -12
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[2] = -4
mYLum[2] = -4
Pred.mXLum = 0
Pred.mYLum = -10
mXLum[3] = -10
mYLum[3] = -2
Pred.mXLum = -4
Pred.mYLum = -10
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 131) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 131) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 131) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 131) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 131) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 131) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 131) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 131) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 131) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 131) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 131) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 131) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 131) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 131) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 131) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 131) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 131) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 131) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 131) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 131) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 131) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 131) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 131) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 131) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 131) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 131) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 131) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 131) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 131) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 131) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 131) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 131) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 131) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -4
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 131) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 131) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 131) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 131) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 131) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 131) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 131) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 131) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 131) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 131) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 131) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 131) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 131) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 131) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 131) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 131) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 131) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 131) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 131) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 131) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 131) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 131) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 131) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 131) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 131) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 131) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 132) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 132) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 132) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 132) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 132) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 132) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 132) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 132) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 132) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 132) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 132) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 132) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 132) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 132) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 132) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = -2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 132) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 132) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 132) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 132) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 132) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 132) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 132) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 132) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 132) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 132) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 132) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 132) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 132) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 132) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 132) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 132) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 132) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 132) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 132) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 132) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 132) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 132) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 132) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 132) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 132) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 132) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 132) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 132) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 132) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 132) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 132) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 132) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 132) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 132) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 132) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 132) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 132) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 132) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 132) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 132) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 132) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = -2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 132) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 132) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 132) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 132) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 132) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 132) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 132) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 132) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 132) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 132) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 132) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = -2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 132) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 132) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 132) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 132) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 132) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 132) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 132) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 133) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 133) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 133) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 133) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 133) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 133) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 133) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 133) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 133) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 133) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 133) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 133) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 133) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 133) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 133) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 133) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 133) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 133) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 133) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 133) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 133) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 133) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 133) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 133) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 133) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 133) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 133) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 133) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 133) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 133) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 133) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 133) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -3
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 133) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 133) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 133) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 133) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 133) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 133) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 133) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 133) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 133) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 133) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 133) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 133) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 133) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 133) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 133) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 133) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -10
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 133) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 133) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 133) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 133) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = -2
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 133) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 133) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 133) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 133) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = 9
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 133) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 133) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = -4
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 133) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 133) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 133) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 133) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 133) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 133) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 133) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 133) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 133) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 133) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 133) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 133) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 133) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 133) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 134) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 134) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 134) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 134) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 134) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 134) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 134) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 134) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = -15
Pred.mYLum = -6
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 134) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 134) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 134) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 134) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 134) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 134) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
mXLum[1] = 4
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 134) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 134) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 134) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 134) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 134) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 134) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 134) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 134) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 134) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 134) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = 4
mYLum[1] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 134) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 134) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 134) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 134) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 134) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 134) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 134) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 134) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 134) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 134) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 134) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 134) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
mXLum[1] = 2
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 134) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 134) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 134) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -4
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 134) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 134) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 134) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 134) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 134) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 134) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 134) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 134) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 134) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 134) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 134) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 134) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 134) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 134) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 134) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 134) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 134) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (8)
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 134) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 134) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 134) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 134) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 9
Pred.mYLum = -3
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 134) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 134) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     18
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 134) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 134) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 134) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 134) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 134) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 134) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 134) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 134) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 134) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 134) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 134) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 134) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 135) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 135) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 135) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 135) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 135) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 135) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 135) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 135) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 135) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 135) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -8
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 135) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 135) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 135) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 135) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 135) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 135) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 135) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 135) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 135) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 135) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 135) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 135) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 135) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 135) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 135) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 135) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 135) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 135) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 135) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 135) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 135) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 135) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 135) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 135) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 135) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 135) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 135) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 135) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 135) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 135) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 135) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 135) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 135) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 135) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = -6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 135) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = -4
Pred.mYLum = -4
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 135) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 135) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 135) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = -3
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 135) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 135) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 135) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 135) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 ***(pic 135) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 135) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 135) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 135) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 135) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 135) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 135) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 135) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 135) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 135) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 135) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 135) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 135) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 135) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 135) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 135) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 135) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 135) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 135) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 135) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 135) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 135) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 135) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 135) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 135) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 135) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 135) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 135) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 135) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 135) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 135) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 135) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 135) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 135) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 135) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 135) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 136) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 136) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 136) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 136) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 136) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 136) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 136) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 136) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 136) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 136) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 136) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 136) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 136) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 6
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 136) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 136) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 136) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 136) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -3
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 136) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 136) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 136) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 136) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 136) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 136) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 136) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 136) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 136) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 136) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 136) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 136) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 136) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 136) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 136) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 136) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 136) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 136) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 136) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 136) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 136) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 136) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 136) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 136) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 136) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 136) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 136) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -10
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 136) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 136) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 136) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 136) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 5
Pred.mYLum = -3
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 136) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 136) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 136) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 4
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 136) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -3
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 136) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 136) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 136) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 136) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 136) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 136) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 136) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 136) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 136) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 136) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 136) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 136) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 136) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 136) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 136) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 136) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     24
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 136) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 136) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 136) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 136) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 136) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 136) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 136) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 17
Pred.mYLum = -3
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 136) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 136) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 136) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 136) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 136) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 10
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 136) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 136) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 136) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 136) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 136) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 136) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 136) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 136) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 136) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 136) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 136) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 137) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 137) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 137) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 137) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 137) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 137) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 137) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 137) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 137) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 137) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 137) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 137) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 137) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 137) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 137) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 137) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 137) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 20
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 137) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 137) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 14
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 137) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 137) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 137) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 137) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 13
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 137) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 137) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 137) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 5
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 137) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 137) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 137) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 137) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 137) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 137) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 137) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 137) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 137) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 137) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 137) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 137) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 137) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 137) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 137) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 137) [x=7 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 10
Pred.mXLum = -3
Pred.mYLum = -2
mXLum[1] = 6
mYLum[1] = 6
Pred.mXLum = 12
Pred.mYLum = 10
mXLum[2] = -2
mYLum[2] = -8
Pred.mXLum = 6
Pred.mYLum = 6
mXLum[3] = 10
mYLum[3] = -6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 137) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 137) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 137) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 137) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 137) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 137) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 137) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 13
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 137) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 137) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 137) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 8
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 137) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 137) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -10
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 137) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 14
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 137) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 137) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 137) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 137) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 2
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 137) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 137) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 137) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = -3
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 137) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 137) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 137) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 137) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 137) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 137) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 137) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 137) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 137) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 137) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 137) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 137) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 137) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 137) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 137) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 137) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 137) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 137) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 10
Pred.mYLum = -6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 137) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 ***(pic 137) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 137) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -8
Pred.mXLum = 17
Pred.mYLum = -3
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 137) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 137) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 137) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 137) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 137) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 10
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 137) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 137) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 137) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 137) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 137) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 138) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 138) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 138) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 138) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 138) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 138) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 138) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 138) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 138) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 138) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 12
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 138) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 138) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 138) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 138) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 138) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 138) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 138) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 138) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 138) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 18
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 138) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 138) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 138) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -3
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 138) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 16
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 138) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 138) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 138) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 138) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 138) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 138) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 138) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 138) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 138) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 138) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 138) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 138) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 138) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 138) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 138) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 138) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 138) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 138) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 138) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 138) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 138) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 138) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 138) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 138) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 138) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 138) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -10
Pred.mXLum = 2
Pred.mYLum = -2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 138) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 18
Pred.mYLum = 6
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 138) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 138) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 138) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 12
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 138) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 ***(pic 138) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 138) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = -10
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 138) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 14
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 138) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 138) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 138) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 2
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 138) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 138) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 138) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 138) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 138) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 138) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 138) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 138) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 138) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 138) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 138) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 138) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 138) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 138) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 138) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 138) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 138) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -4
Pred.mXLum = 20
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 138) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 138) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 138) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 14
Pred.mYLum = -4
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 138) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 138) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -8
Pred.mXLum = 22
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 138) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 138) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 138) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 138) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 10
Pred.mYLum = -8
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 91 ***(pic 138) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 138) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 138) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 17
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 138) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 138) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 9 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 138) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 138) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -4
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 138) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 139) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 139) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 139) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 139) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 139) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 139) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 139) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 139) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 139) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -6
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 139) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 139) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -6
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 139) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 139) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 139) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -8
Pred.mYLum = -6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 139) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 139) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 139) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 22
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 6
Pred.mXLum = 20
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 139) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 139) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 139) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 20
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 139) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 139) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 139) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 139) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 17
Pred.mYLum = -3
mXLum[1] = 6
mYLum[1] = 6
Pred.mXLum = 14
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 139) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 139) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 14
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 139) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 139) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 139) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 139) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 139) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 139) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 139) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 139) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 139) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 139) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 139) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 139) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 139) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 139) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 139) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 139) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 139) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 139) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 139) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 139) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 139) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 139) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 139) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -14
Pred.mXLum = 4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 139) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 10
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 139) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 139) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 139) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 139) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 139) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 139) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 139) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 13
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 139) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 139) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 10
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 139) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 8
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 139) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 139) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 139) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 139) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 139) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 139) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 139) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 139) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 139) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 139) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 139) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 139) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 139) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 139) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 139) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 139) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -6
Pred.mXLum = 16
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 139) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 139) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 139) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = -6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 139) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 9
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 ***(pic 139) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 139) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 139) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 139) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 139) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 14
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 139) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 139) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 22
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 139) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 139) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 139) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 139) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 139) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 140) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 140) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 140) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 140) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 140) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 140) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 140) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 140) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -6
Pred.mXLum = -6
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 140) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 140) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 140) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = -6
mXLum[1] = 8
mYLum[1] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 140) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 140) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 140) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 140) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 140) [x=6 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 25
Pred.mYLum = -3
mXLum[1] = 14
mYLum[1] = 6
Pred.mXLum = 18
Pred.mYLum = 2
mXLum[2] = 20
mYLum[2] = 2
Pred.mXLum = 14
Pred.mYLum = 2
mXLum[3] = 6
mYLum[3] = 8
Pred.mXLum = 18
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 140) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 140) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 140) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -8
Pred.mXLum = 20
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 140) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 140) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 140) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 140) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 18
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 140) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 140) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 140) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 8
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 140) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 140) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 140) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 140) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 140) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 140) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 140) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 140) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 140) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 140) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 140) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 140) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 140) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 140) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 140) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 140) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 140) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 140) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 140) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     25
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 140) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 3
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 140) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 140) [x=4 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -10
Pred.mXLum = 6
Pred.mYLum = -2
mXLum[1] = 20
mYLum[1] = -6
Pred.mXLum = 22
Pred.mYLum = -10
mXLum[2] = 6
mYLum[2] = -22
Pred.mXLum = 20
Pred.mYLum = -6
mXLum[3] = 30
mYLum[3] = -8
Pred.mXLum = 20
Pred.mYLum = -10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 140) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 16
Pred.mYLum = 4
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 140) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 140) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 140) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 6
Pred.mYLum = -22
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 140) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 12
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 140) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 140) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 140) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 140) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 140) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 140) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 140) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 140) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 140) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 140) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 140) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 140) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 140) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 140) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 140) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 140) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 140) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 140) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 140) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 140) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 140) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 16
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 140) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 140) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 140) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 140) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 140) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 140) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 140) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -8
Pred.mXLum = 16
Pred.mYLum = -4
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 140) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 ***(pic 140) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 140) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -10
Pred.mXLum = 18
Pred.mYLum = -8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 140) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 140) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 140) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 140) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -7
Pred.mXLum = 14
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 140) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 140) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 17
Pred.mYLum = -7
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 140) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 140) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 140) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 140) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = -4
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 140) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 141) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 141) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 ***(pic 141) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 141) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 141) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 5 ***(pic 141) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 141) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 141) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 141) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -6
Pred.mXLum = -4
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 141) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 141) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 141) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 13
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 141) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -4
Pred.mXLum = -7
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 141) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 141) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 141) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 8
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 141) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 17
Pred.mYLum = -4
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 17 ***(pic 141) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 141) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 141) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -10
Pred.mXLum = 5
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 141) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 141) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 141) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 16
Pred.mYLum = -10
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 141) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 141) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 141) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 4
Pred.mYLum = -4
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 141) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 141) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 141) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -6
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 141) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 141) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 141) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 ***(pic 141) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 141) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 141) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 141) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 141) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 141) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 141) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 141) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 141) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 141) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 141) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 141) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = -10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 141) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 47 ***(pic 141) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 48 ***(pic 141) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 141) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -11
Pred.mXLum = 9
Pred.mYLum = -7
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 141) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 141) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 141) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 141) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 17
Pred.mYLum = -11
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 141) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -10
Pred.mXLum = 12
Pred.mYLum = 12
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 141) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 ***(pic 141) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -8
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 141) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -11
Pred.mXLum = 4
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 141) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = -10
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 141) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 141) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 9
Pred.mYLum = -11
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 141) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 141) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 141) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 141) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -10
Pred.mXLum = -2
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 141) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 141) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 141) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 141) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 141) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 141) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 141) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 141) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 141) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 141) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 141) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 141) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 141) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -7
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 141) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -8
Pred.mXLum = 2
Pred.mYLum = -8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 141) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 141) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 141) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 141) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -10
Pred.mXLum = 17
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 ***(pic 141) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 9
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 85 ***(pic 141) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 141) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 141) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 9
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 141) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 141) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 141) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 141) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 141) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -6
Pred.mXLum = 9
Pred.mYLum = -10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 141) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 141) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 141) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -3
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 141) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = -6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 141) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 142) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 142) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 142) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 142) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 142) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 142) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -11
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 142) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 10 ***(pic 142) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 142) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 13
Pred.mYLum = -11
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 142) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -16
Pred.mXLum = -4
Pred.mYLum = -26
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 142) [x=0 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 142) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = -4
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 142) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = -12
Pred.mYLum = -16
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 142) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 142) [x=5 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = -20
Pred.mXLum = 0
Pred.mYLum = -7
mXLum[2] = 10
mYLum[2] = -18
Pred.mXLum = 0
Pred.mYLum = -18
mXLum[3] = 6
mYLum[3] = -16
Pred.mXLum = 10
Pred.mYLum = -18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 142) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 142) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 142) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 142) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -14
Pred.mXLum = 6
Pred.mYLum = -16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 142) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 142) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 142) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 4
Pred.mYLum = -14
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 142) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 142) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 142) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = -6
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 142) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -11
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 142) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 142) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 142) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 142) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 142) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 142) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 5
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 142) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 142) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 142) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 ***(pic 142) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 142) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 43 ***(pic 142) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 142) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 142) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 142) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -12
Pred.mXLum = -1
Pred.mYLum = -3
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 142) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -15
Pred.mXLum = 9
Pred.mYLum = -14
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 142) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 142) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 142) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 142) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 9
Pred.mYLum = -15
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 142) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -14
Pred.mXLum = -6
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 ***(pic 142) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 56 ***(pic 142) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = -8
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 142) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 142) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 ***(pic 142) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -8
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 142) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 142) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 142) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 142) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 142) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 142) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 142) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 142) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 ***(pic 142) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 142) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 ***(pic 142) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 142) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 142) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 142) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (1)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 76 ***(pic 142) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 142) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 142) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 142) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 142) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 142) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -14
Pred.mXLum = -3
Pred.mYLum = -18
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 85 ***(pic 142) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 142) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -20
Pred.mXLum = 8
Pred.mYLum = -14
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 142) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 142) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 142) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 142) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -14
Pred.mXLum = 14
Pred.mYLum = -20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 91 ***(pic 142) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 142) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 142) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -10
Pred.mXLum = 5
Pred.mYLum = -14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 142) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 142) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 142) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 142) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 5
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 142) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 143) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 3 ***(pic 143) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 143) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 143) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 143) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 143) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 143) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -20
Pred.mXLum = 4
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 143) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -11
Pred.mXLum = 10
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 143) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = -10
Pred.mYLum = -20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 ***(pic 143) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -11
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 143) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -16
Pred.mXLum = 1
Pred.mYLum = -7
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 21 ***(pic 143) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 143) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 143) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 1
Pred.mYLum = -16
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = -10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 ***(pic 143) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 143) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 2
Pred.mYLum = -10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 143) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 143) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 143) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 143) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -11
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 143) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 143) [x=4 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[2] = 12
mYLum[2] = 8
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[3] = -16
mYLum[3] = 28
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 35 ***(pic 143) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 143) [x=3 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 22
mYLum[2] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 143) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 143) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 143) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 143) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -16
Pred.mXLum = 1
Pred.mYLum = -1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 143) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 143) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -14
Pred.mYLum = -16
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 51 ***(pic 143) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 143) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 143) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = -14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 143) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -10
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 143) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -14
Pred.mXLum = 5
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 58 ***(pic 143) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = -10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 143) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -14
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 143) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 143) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 143) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 143) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 143) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 143) [x=5 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 4
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 73 ***(pic 143) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 143) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 143) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 77 ***(pic 143) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 143) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 12
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 143) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 143) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 143) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 143) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -11
Pred.mXLum = -2
Pred.mYLum = -24
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 143) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -16
Pred.mXLum = 5
Pred.mYLum = -11
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 87 ***(pic 143) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 143) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 143) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 143) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -15
Pred.mXLum = 6
Pred.mYLum = -16
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 143) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 143) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       3 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 143) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 143) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = -3
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 143) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 143) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 32, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 1 ***(pic 144) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 4 ***(pic 144) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 7 ***(pic 144) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 9 ***(pic 144) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 144) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 12 ***(pic 144) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 14 ***(pic 144) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 144) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -7
Pred.mXLum = 8
Pred.mYLum = -4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 16 ***(pic 144) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 1
Pred.mYLum = -20
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 144) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 1
Pred.mYLum = -7
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 20 ***(pic 144) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 22 ***(pic 144) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 23 ***(pic 144) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = -14
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 24 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 25 ***(pic 144) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 26 ***(pic 144) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       8 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 27 ***(pic 144) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 28 ***(pic 144) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 29 ***(pic 144) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 30 ***(pic 144) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 31 ***(pic 144) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 36, 32 encoded MB in the image
CompressSlice 1
*************** MB = 32 ***(pic 144) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 33 ***(pic 144) [x=4 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -10
mYLum[1] = 8
Pred.mXLum = 8
Pred.mYLum = -12
mXLum[2] = 62
mYLum[2] = 22
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -6
mYLum[3] = 20
Pred.mXLum = 8
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 36 ***(pic 144) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 37 ***(pic 144) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 53
mYLum[0] = 60
Pred.mXLum = 62
Pred.mYLum = 22
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 39 ***(pic 144) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 40 ***(pic 144) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 42 ***(pic 144) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 44 ***(pic 144) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 45 ***(pic 144) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -19
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 46 ***(pic 144) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -16
Pred.mXLum = 3
Pred.mYLum = 5
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 49 ***(pic 144) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 5
Pred.mYLum = -19
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 50 ***(pic 144) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -10
Pred.mYLum = -16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 52 ***(pic 144) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 53 ***(pic 144) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 54 ***(pic 144) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 144) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 5
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 59 ***(pic 144) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 61 ***(pic 144) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = -11
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 62 ***(pic 144) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 63 ***(pic 144) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 64 ***(pic 144) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 65 ***(pic 144) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 66 ***(pic 144) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 67 ***(pic 144) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 31, 68 encoded MB in the image
CompressSlice 2
*************** MB = 68 ***(pic 144) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 69 ***(pic 144) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 71 ***(pic 144) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 73 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 74 ***(pic 144) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 75 ***(pic 144) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 78 ***(pic 144) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 79 ***(pic 144) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 80 ***(pic 144) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 81 ***(pic 144) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 82 ***(pic 144) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 83 ***(pic 144) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 1
Pred.mYLum = -20
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 86 ***(pic 144) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 1
Pred.mYLum = -10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 88 ***(pic 144) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 89 ***(pic 144) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 90 ***(pic 144) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 2
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 92 ***(pic 144) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 93 ***(pic 144) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = -10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 94 ***(pic 144) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 95 ***(pic 144) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 96 ***(pic 144) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 97 ***(pic 144) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 98 ***(pic 144) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 145) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 145) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 145) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 145) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 145) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 145) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 145) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 145) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 145) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 145) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 145) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 145) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 145) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 145) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 145) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 145) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 145) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 145) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 145) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 145) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 145) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 145) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 145) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 145) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 145) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 145) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 145) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 145) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 145) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 145) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 145) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 145) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 145) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 145) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 145) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 145) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -2
Pred.mXLum = -16
Pred.mYLum = -2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 145) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 145) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 145) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 145) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 145) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 145) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 145) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 145) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 145) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 145) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 145) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 145) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 145) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 145) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 145) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 145) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 145) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 145) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 145) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 145) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 145) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 145) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 145) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 145) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 145) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 145) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 145) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 145) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 145) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 145) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 145) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 145) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 145) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 145) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 145) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 145) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 145) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 145) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 145) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 145) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 145) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 145) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 145) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 145) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 145) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 145) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 145) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 145) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 145) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 145) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 145) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 145) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 145) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 145) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 145) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 145) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 145) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 145) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 146) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 146) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 146) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 146) [x=2 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = -8
Pred.mXLum = -4
Pred.mYLum = 4
mXLum[2] = -4
mYLum[2] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = 10
Pred.mXLum = -4
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 146) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 146) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 146) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 146) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 146) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 146) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 146) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 146) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 146) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 146) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 146) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 146) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 146) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 146) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 146) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 146) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 146) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 146) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 146) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 146) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 10
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 146) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 146) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 146) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 146) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 146) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 146) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 146) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 146) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 146) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 146) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 146) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 146) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 146) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 146) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 146) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 146) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 146) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 146) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 146) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 146) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 146) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 146) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 146) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 146) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 146) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 146) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 146) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 146) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 146) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 146) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 146) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 146) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 146) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 146) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 146) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 146) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 146) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 146) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 146) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 146) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 146) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 146) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 146) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 146) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 146) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 146) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 146) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 146) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 146) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 146) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 146) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 146) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 146) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 146) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 146) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 146) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 146) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 146) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 146) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 146) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 146) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 146) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 146) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 146) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 146) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 146) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 146) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 146) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 146) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 147) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 147) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 147) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 147) [x=2 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 18
mYLum[1] = 0
Pred.mXLum = 18
Pred.mYLum = -6
mXLum[2] = 10
mYLum[2] = -2
Pred.mXLum = 18
Pred.mYLum = 0
mXLum[3] = 0
mYLum[3] = 10
Pred.mXLum = 18
Pred.mYLum = -2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 147) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 147) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 147) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 147) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 147) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 147) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 147) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 147) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 147) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 147) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 147) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 147) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 147) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 147) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 147) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 147) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 147) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 147) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 147) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 147) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 147) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 147) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 147) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 147) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 147) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 147) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 147) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 147) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 147) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 147) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 147) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 147) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 147) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 147) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 147) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 147) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 147) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 147) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 147) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 147) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 147) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 147) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 147) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 147) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 147) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 147) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 147) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 147) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 147) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 147) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 147) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 147) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 147) [x=4 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 20
Pred.mXLum = 0
Pred.mYLum = 20
mXLum[2] = 10
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = 20
mXLum[3] = 2
mYLum[3] = 8
Pred.mXLum = 0
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 147) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 147) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 147) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 147) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 147) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 147) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 147) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 147) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 147) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 147) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 147) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 147) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 147) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 147) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 147) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 147) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 147) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 147) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 147) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 147) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 147) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 147) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 147) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 147) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 147) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 147) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 147) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 147) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 147) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 147) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 147) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 147) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 147) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 147) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 147) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 147) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 147) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 148) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 148) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 148) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 148) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 148) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 148) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 148) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 148) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 148) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 148) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 148) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 148) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 148) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 148) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 148) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 148) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 148) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 148) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 148) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 148) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 148) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 148) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 148) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 148) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 148) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 148) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 148) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 148) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 148) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 148) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 148) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 148) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 148) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 148) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 148) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 148) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 148) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 148) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 148) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 148) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 148) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 148) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 148) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 148) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 148) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 148) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 148) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 148) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 148) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 148) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 148) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 148) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 148) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 148) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 148) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 148) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 148) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 148) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 148) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 148) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 148) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 148) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 148) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 148) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 148) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 148) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 148) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 148) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 148) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 148) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 148) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 148) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 4
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 148) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 148) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 148) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 148) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 148) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 148) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 148) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 148) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 148) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 148) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 148) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 148) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 148) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 148) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 148) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 148) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 148) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 148) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 148) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 148) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 148) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 149) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 149) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 149) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 149) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 149) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 149) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 149) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 149) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 149) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 149) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 149) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 149) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 149) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 149) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 149) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 149) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 149) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 149) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 149) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 149) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 149) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 149) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 149) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 149) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 149) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 149) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 149) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 149) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 149) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 149) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 149) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 149) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 149) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 149) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 149) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 149) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 149) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 149) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 149) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 149) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 149) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 149) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 149) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 149) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 149) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 149) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 149) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 149) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 149) [x=8 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 149) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 149) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 149) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 149) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 149) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 149) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 149) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 149) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 149) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 149) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 149) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 149) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 149) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 149) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 149) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 149) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 149) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 149) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 150) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 150) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 150) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 150) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 150) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 150) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 150) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 150) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 150) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 150) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 150) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 150) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 150) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 150) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 150) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 150) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 150) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 150) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 150) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 150) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 150) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 150) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 150) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 150) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 150) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 150) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 150) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 150) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 150) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 150) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 150) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 150) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 150) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 150) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 150) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 150) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 150) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 150) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 150) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 150) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 150) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 150) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 150) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 150) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 150) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 150) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 150) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 150) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 150) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 150) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 150) [x=6 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = -2
Pred.mYLum = 14
mXLum[2] = 0
mYLum[2] = 12
Pred.mXLum = 0
Pred.mYLum = 8
mXLum[3] = 18
mYLum[3] = 10
Pred.mXLum = 0
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 150) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 150) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 150) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 150) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 150) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 150) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 150) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 150) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 150) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 150) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 150) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 150) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 150) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 150) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 150) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 150) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 150) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 150) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 150) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 150) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 150) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 150) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 150) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 150) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 150) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 150) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 150) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 150) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 150) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 150) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 150) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 150) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 150) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = 6
Pred.mXLum = 6
Pred.mYLum = 10
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 150) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 150) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 150) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 150) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 150) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 150) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 151) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 151) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 151) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 151) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 151) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 151) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 151) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 151) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 151) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 151) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 151) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 151) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 151) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 151) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 151) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 151) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 151) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 151) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 151) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 151) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 151) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 151) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 151) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 151) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 151) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 151) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 151) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 151) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 151) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 151) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 151) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 151) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 151) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 151) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 151) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 151) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 151) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 151) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 151) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 151) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 151) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 151) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 151) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 151) [x=7 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = -2
Pred.mXLum = -8
Pred.mYLum = -10
mXLum[2] = 12
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[3] = 10
mYLum[3] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 151) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 151) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 151) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 151) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 151) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 151) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 151) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 151) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 151) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 151) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -8
Pred.mXLum = 8
Pred.mYLum = 2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 151) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 151) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 151) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 151) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 151) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 151) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 151) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 151) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 151) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 151) [x=2 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = 2
Pred.mYLum = -12
mXLum[2] = 0
mYLum[2] = -2
Pred.mXLum = 2
Pred.mYLum = -2
mXLum[3] = 8
mYLum[3] = 4
Pred.mXLum = 2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 151) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 151) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 151) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 151) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 151) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 151) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 151) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 151) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 151) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 151) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 151) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 151) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 151) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 151) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 151) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 151) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 151) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 151) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 151) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 151) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 151) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 151) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 151) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 151) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 151) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 151) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 151) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 151) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 151) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 151) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 152) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 152) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 152) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 152) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 152) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 152) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 152) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 152) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 152) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 152) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 152) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 152) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 152) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 152) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 152) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 152) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 152) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 152) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 152) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 152) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 152) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 152) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 42
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 152) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 152) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 152) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 152) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 152) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 152) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 152) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 152) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 152) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 152) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 152) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 152) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 152) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 152) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 152) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 152) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 152) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 152) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 152) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 152) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 152) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 152) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 152) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 152) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 152) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 152) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 152) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 152) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 152) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 152) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 152) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 152) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 152) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 152) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 152) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 152) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       5 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 152) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 152) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 152) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 152) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 152) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 152) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 152) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 152) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 152) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 152) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 152) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 152) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 152) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 152) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 152) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 152) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 152) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 2
Pred.mXLum = 10
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 152) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 152) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 152) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 152) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 152) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 152) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 152) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 152) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 152) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 152) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 152) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 152) [x=9 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=10 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 152) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 152) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 153) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 153) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 153) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 153) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 153) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 153) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 153) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 153) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 153) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 153) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 153) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 153) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 153) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 153) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 153) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 153) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 153) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 153) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 153) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 153) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 153) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 153) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = 10
mYLum[3] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 153) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 153) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 153) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 153) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 153) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 153) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 153) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 153) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 153) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 153) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 153) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 153) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 153) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 153) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 153) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 153) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 153) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 153) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 153) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 153) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 153) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 153) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 153) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 153) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 153) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 153) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 153) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 153) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 153) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 153) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 153) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 153) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 153) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 153) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 153) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 153) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 153) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 153) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 153) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     23
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 153) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 153) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 153) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 153) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 153) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 153) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 153) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 153) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 153) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 153) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 153) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 153) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 153) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 153) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 153) [x=1 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = 6
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 10
mYLum[2] = 4
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = 8
mYLum[3] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 153) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 153) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 153) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 153) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 153) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 153) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 153) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 153) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 153) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 153) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 153) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 153) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 153) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 153) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 154) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 154) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 154) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 154) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 154) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 154) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 154) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 154) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 154) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 154) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 154) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 154) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 154) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 154) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 154) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (8)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 154) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 154) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 154) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -52
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 154) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 154) [x=6 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 12 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 154) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 154) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 154) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 154) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 154) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 154) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 154) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 154) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 154) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 154) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 154) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 154) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 154) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 154) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 154) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 154) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 154) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 62
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 154) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 154) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 154) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 154) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 154) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 60
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 154) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 154) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 154) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 154) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 154) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 154) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 154) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 154) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 154) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 154) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 154) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 154) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 154) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -22
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 154) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 154) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 154) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 154) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 154) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 42
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 154) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 154) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 154) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 154) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 154) [x=10 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 2
Pred.mXLum = 26
Pred.mYLum = 18
mXLum[2] = 36
mYLum[2] = 14
Pred.mXLum = 6
Pred.mYLum = 2
mXLum[3] = 6
mYLum[3] = 4
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 154) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 154) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 154) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 154) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 154) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 154) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 154) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 154) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 154) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 154) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 154) [x=1 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 10
Pred.mXLum = -10
Pred.mYLum = 6
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[3] = 0
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 154) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 154) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 154) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 154) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 154) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 154) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (7)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 154) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 154) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 154) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 61
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 154) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 154) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 154) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 44
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 154) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 154) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 61
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 155) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 155) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 155) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 155) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 155) [x=4 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 16
Pred.mXLum = -2
Pred.mYLum = 26
mXLum[2] = -14
mYLum[2] = 14
Pred.mXLum = -2
Pred.mYLum = 16
mXLum[3] = -30
mYLum[3] = 12
Pred.mXLum = -2
Pred.mYLum = 16
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 155) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 155) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 155) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 155) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 155) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 155) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 155) [x=8 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = -12
mYLum[2] = 24
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -2
mYLum[3] = 20
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 155) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 155) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 155) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 155) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 155) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 155) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 155) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 155) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 155) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 155) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 155) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 155) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 155) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 155) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 155) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 155) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 155) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 155) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 155) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 155) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 155) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 155) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 155) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 155) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 155) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 155) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 155) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 155) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 155) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 155) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 155) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 155) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 155) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 155) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 155) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 155) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 155) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 155) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 155) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 155) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 155) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 155) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 155) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 155) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 155) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 155) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 155) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 155) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 155) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 155) [x=4 y=5] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 155) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 46
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 155) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 155) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -34
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 155) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 155) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 155) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 155) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 155) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 155) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 155) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 155) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 155) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 155) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 155) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 155) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 155) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 155) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 155) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 155) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 155) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 155) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 155) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 155) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 155) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 155) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 155) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 155) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 155) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 155) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 156) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 156) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 156) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 156) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 156) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 156) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 156) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 156) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 156) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 156) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 156) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 156) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 156) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 156) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 156) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 156) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 156) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 156) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 156) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 156) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 156) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 156) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 156) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 156) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 156) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 156) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 156) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 156) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 156) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 156) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 156) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 156) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 156) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 156) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 156) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 156) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 156) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 156) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 156) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 156) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (6)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=2
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 156) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 156) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 156) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 156) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 156) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 156) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 156) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 156) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 156) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 156) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 156) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 156) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 156) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 156) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 156) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 156) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 156) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       4 (4)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 156) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 156) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 156) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 156) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 156) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       5 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 156) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (8)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 156) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 156) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 156) [x=8 y=7] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=1
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 156) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 156) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 156) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 156) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 156) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 156) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 156) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 156) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 156) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 156) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 156) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -27
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 156) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 156) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 156) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 156) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 156) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 156) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 156) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 156) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 156) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 156) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 157) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 157) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 157) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 157) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 157) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 157) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 157) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 157) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 157) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 157) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 157) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 157) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 157) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 157) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 157) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 157) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 157) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 157) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 157) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 157) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 157) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       8 (8)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 157) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 157) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 157) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 157) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 157) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 157) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 157) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 157) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 157) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 157) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 157) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 157) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 157) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 157) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 157) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 157) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 157) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 157) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 157) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 157) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 157) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 157) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 157) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 157) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 4
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 157) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -44
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 157) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 157) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 157) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 157) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 157) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 157) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 157) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 157) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 157) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 157) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 157) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 157) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 157) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 157) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 157) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 157) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 157) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 157) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 157) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 157) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 157) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     20
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 157) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 157) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 157) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (1)
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 157) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 157) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 157) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 157) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 157) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 157) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 157) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 157) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 157) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 157) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 157) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 157) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 157) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 157) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 157) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 157) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 157) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 157) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 157) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 157) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 157) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 157) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 157) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 157) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 158) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 158) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 158) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 158) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 158) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 158) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 158) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 158) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 158) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 158) [x=4 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 158) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 158) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 158) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 158) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -62
mYLum[0] = -46
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 158) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 158) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 158) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 158) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 158) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 158) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 27
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 158) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 158) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 158) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 158) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 158) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 158) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 158) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 158) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 158) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 158) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 158) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 158) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 158) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 158) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 158) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 158) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 158) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 158) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 158) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 158) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -52
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 158) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 158) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 158) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 158) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 158) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       8 (6)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 158) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 158) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 158) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 158) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 158) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 158) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 158) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 158) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 158) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 158) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 158) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 158) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 158) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 158) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 158) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 158) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 158) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 158) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 158) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 158) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 158) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 158) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 158) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 158) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 158) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 158) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 158) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 158) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 158) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 158) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 158) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 158) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 158) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 158) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 158) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 158) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 158) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 158) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 158) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 158) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 158) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -34
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 158) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 158) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 158) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 158) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 158) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 158) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 158) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 159) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 159) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 159) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 159) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 159) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 159) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 159) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 159) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 159) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 159) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 159) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 159) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 159) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 159) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 159) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 159) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 159) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 159) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 159) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 159) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 159) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 159) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 159) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 159) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 159) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 159) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 159) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 159) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 159) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 159) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 159) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 159) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 159) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 159) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 159) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 159) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 159) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 159) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 159) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 159) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 159) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 159) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 159) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 159) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 159) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 159) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 159) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 159) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 159) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 159) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 159) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 159) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 159) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 159) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 159) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 159) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 159) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 159) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 159) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 159) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 159) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 159) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 159) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 159) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 159) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 159) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 159) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 159) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 159) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 159) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 159) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 159) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 159) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 159) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 159) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 159) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 159) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 159) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 159) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 159) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 159) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 159) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 159) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 159) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 159) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 159) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 159) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 159) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 159) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 159) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 160) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 160) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 160) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 160) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 160) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 160) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 160) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 160) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 160) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 160) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 160) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 160) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 160) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 160) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 160) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 160) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 160) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 160) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 160) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 160) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 160) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 160) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 160) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 160) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 160) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 160) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 160) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 160) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 160) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 160) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 160) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 160) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 160) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 160) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 160) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 160) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 160) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 160) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 160) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 160) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 160) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 160) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 160) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 160) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 160) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 160) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 160) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 160) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 160) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 160) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 160) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 160) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 160) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 160) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 160) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 160) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 160) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 160) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 160) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 160) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 160) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 160) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 71 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 160) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 160) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 160) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 160) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 160) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 160) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 160) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 160) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 160) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 160) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 160) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 160) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 160) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 160) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 160) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 160) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 160) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 160) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 160) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 160) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 160) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 160) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 160) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 160) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 161) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 161) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 161) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 161) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 161) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 161) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 161) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 161) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 161) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 161) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 161) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 161) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 161) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 161) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 161) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 161) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 161) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 161) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 161) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 161) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 161) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 161) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 161) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 161) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 161) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 161) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 161) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 161) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 161) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 161) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 161) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 161) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 161) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 161) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 161) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 161) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 161) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 161) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 161) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 161) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 161) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 161) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 161) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 161) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 161) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 161) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 161) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 161) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 161) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 161) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 161) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 161) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 161) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 161) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 161) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 161) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 161) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 161) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 161) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 161) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 161) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 161) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 161) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 161) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 161) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 161) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 161) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 161) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 161) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 161) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 161) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 161) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 161) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 161) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 161) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 161) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 161) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 161) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 161) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 161) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 161) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 161) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 161) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 161) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 161) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 161) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 161) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 162) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 162) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 162) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 162) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 162) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 162) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 162) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 162) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 162) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 162) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 162) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 162) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 162) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 162) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 162) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 162) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 162) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 162) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 162) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 162) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 162) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 162) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 162) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 162) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 162) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 162) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 162) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 162) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 162) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 162) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 162) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 162) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 162) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 162) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 162) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 162) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 162) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 162) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 162) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 162) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 162) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 162) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 162) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 162) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 162) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 162) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 162) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 162) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 162) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 162) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 162) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 162) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 162) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 162) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 162) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 162) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 162) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 162) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 162) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 162) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 162) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 162) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 162) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 162) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 162) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 162) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 162) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 162) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 162) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 162) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 162) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 162) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 162) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 162) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 162) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 162) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 162) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 162) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 162) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 162) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 162) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 162) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 162) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 162) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 162) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 162) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 162) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 162) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 162) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 163) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 163) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 163) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 163) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 163) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 163) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 163) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 163) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 163) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 163) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 163) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 163) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 163) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 163) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 163) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 163) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 163) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 163) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 163) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 163) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 163) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 163) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 163) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 163) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 163) [x=1 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 6
Pred.mXLum = -6
Pred.mYLum = 4
mXLum[2] = -6
mYLum[2] = 0
Pred.mXLum = -2
Pred.mYLum = 4
mXLum[3] = 0
mYLum[3] = 0
Pred.mXLum = -6
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 163) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 163) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 163) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 163) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 163) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 163) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 163) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 163) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 163) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 163) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 163) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 163) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 163) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 163) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 163) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 163) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 163) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 163) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 163) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 163) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 163) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 163) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 163) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 163) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 163) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 163) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 163) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 163) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 163) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 163) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 163) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 163) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 163) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 163) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 163) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 163) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 163) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 163) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 163) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 163) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 163) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 163) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 163) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 163) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 163) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 163) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 163) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 163) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 163) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 163) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 163) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 163) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 163) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 163) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 163) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 164) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 164) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 164) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 164) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 164) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 164) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 164) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 164) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 164) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 164) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 164) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 164) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 164) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 164) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 164) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 164) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 164) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 164) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 164) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 164) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 10 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 164) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 164) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 164) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 164) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 164) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 164) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 164) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 164) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 164) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 164) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 164) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 164) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 164) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 164) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 164) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 164) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 164) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 164) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 164) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 164) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 164) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 164) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 164) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 164) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 164) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 164) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 164) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 164) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 164) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 164) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 164) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 164) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 164) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 164) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 164) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 164) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 164) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 164) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 164) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 164) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 164) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 164) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 164) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 164) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 164) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 164) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 164) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 164) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 164) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 164) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 164) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 164) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 164) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 164) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 164) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 164) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 164) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 164) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 164) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 164) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 164) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 164) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 164) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 164) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 164) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 164) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 164) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 164) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 164) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 165) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 165) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 165) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 165) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 165) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 165) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 165) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 165) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 165) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 165) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 165) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 165) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 165) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 165) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 165) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 165) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 165) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 165) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 165) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 165) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 165) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 165) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 165) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 165) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 165) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 165) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 165) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 165) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 165) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 165) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 165) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 165) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 165) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 165) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 165) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 165) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 165) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 165) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 165) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 165) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 165) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 165) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 165) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 165) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 165) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 165) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 165) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 165) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 165) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 165) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 165) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 165) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 165) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 165) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 165) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 165) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 165) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 165) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 165) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 165) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 165) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 165) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 165) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 165) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 165) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 165) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 165) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 165) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 165) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 165) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 165) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 165) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 165) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 165) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 165) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 165) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 165) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 165) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 165) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 165) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 165) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 165) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 165) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 165) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 166) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 166) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 166) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 166) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 166) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 166) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 166) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 166) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 166) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 166) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 166) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 166) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 166) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 166) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 166) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 166) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 166) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 166) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 166) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 166) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 166) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 166) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 166) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 166) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 166) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 166) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 166) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 166) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 166) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 166) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 166) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 166) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 166) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 166) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 166) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 166) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 166) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 166) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 166) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 166) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 166) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 166) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 166) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 166) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 166) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 166) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 166) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 166) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 166) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 166) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 166) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 166) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 166) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 166) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 166) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 166) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 166) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 166) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 166) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 166) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 166) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 166) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 166) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 166) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 166) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 166) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 166) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 166) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 166) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 166) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 166) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 166) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 166) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 166) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 166) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 166) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 166) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 166) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 166) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 166) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 166) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 166) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 166) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 166) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 166) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 166) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 166) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 166) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 167) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 167) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 167) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 167) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 167) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 167) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 167) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 167) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 167) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 167) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 167) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 167) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 167) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 167) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 167) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 167) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 167) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 167) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 167) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 167) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 167) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 167) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 167) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 167) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 167) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 167) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 167) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 167) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 167) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 167) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 167) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 167) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 167) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 167) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 167) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 167) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 167) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 167) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 167) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 167) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 167) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 167) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 167) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 167) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 167) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 167) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 167) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 167) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 167) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 167) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 167) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 167) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 167) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 167) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 167) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 167) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 167) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 167) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 167) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 167) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 167) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 167) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 167) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 167) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 167) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 167) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 167) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 167) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 167) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 167) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 167) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 167) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = -2
Pred.mXLum = 4
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 167) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 167) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 167) [x=1 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 10
mYLum[3] = 2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 167) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 167) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 167) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 167) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 167) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 167) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 167) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 167) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 167) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 167) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 167) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 167) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 167) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 167) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 167) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 167) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 167) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 167) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 168) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 168) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 168) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 168) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 168) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 168) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 168) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 168) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 168) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 168) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 168) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 168) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 168) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 168) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 168) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 168) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 168) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 168) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 168) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 168) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 168) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 168) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 168) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = -12
Pred.mXLum = 0
Pred.mYLum = -12
mXLum[2] = 0
mYLum[2] = -28
Pred.mXLum = 0
Pred.mYLum = -12
mXLum[3] = 10
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = -12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 168) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 168) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 168) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 168) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 168) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 168) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 168) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 168) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 168) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 168) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 168) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 168) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 168) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 168) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 168) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 168) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 168) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 168) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 168) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 168) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 168) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 168) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 168) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 168) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 168) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 168) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 168) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 168) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 168) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 168) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 168) [x=0 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 168) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 168) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 168) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 168) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 168) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 168) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 168) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 168) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 168) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 168) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 168) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 168) [x=0 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 0
mYLum[2] = -14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 168) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 168) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 168) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 168) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 168) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 168) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 168) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 168) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 168) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 168) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 168) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 168) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 168) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 168) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 168) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 168) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 168) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 168) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 168) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 168) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 168) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 168) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 168) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 168) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 168) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 168) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 169) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 169) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 169) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 169) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 169) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 169) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 169) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 169) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 169) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 169) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 169) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 169) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 169) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 169) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 169) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 169) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 169) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 169) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 169) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 169) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 169) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 169) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 169) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = -8
mXLum[2] = 0
mYLum[2] = 60
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = 60
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 169) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 169) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 169) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 169) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 169) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 169) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 169) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 169) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 169) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 169) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 169) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 169) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 169) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 169) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 169) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 169) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 169) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 169) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 169) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 169) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 169) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 169) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 169) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 169) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 169) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 169) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 169) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 169) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 169) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 169) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 169) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 169) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 169) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 169) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 169) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 169) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 169) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 169) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 169) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 169) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 169) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 169) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 169) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 169) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 169) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 169) [x=0 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -4
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[2] = 0
mYLum[2] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = -2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 169) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 169) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 169) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 169) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 169) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 169) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 25
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 169) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 169) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 169) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 169) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 169) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 169) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 169) [x=1 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 4
Pred.mXLum = 6
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 2
Pred.mXLum = 6
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = 0
Pred.mXLum = 6
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 169) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 169) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 169) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 169) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 169) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 169) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 169) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 169) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 169) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 169) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 169) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 169) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 169) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 169) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 170) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 170) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 170) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 170) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 170) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 170) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 170) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 170) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 170) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 170) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 170) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 170) [x=0 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = -4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 170) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 170) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 170) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 170) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 170) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 170) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 170) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 170) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 170) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 170) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 170) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 170) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 170) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 170) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 170) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 170) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 170) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 170) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 170) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 170) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 170) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 170) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 170) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 170) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 170) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 170) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 170) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 170) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 170) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 170) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 170) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 170) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 170) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 170) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 170) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 170) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 170) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 170) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 170) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 4
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[2] = 0
mYLum[2] = 4
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[3] = 8
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 170) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 170) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 170) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 170) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 170) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 170) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 170) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 170) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 170) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 170) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 170) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 170) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 170) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 170) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 170) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 170) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 170) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 170) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 170) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 170) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 170) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 170) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 170) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 170) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 170) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 170) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 170) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 170) [x=3 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = 4
Pred.mXLum = 14
Pred.mYLum = 4
mXLum[2] = 38
mYLum[2] = 8
Pred.mXLum = 12
Pred.mYLum = 4
mXLum[3] = 8
mYLum[3] = 24
Pred.mXLum = 14
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 170) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 170) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 170) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 170) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 170) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 170) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 170) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 170) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 170) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 170) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 170) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 170) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 170) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 170) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 170) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 170) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 171) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 171) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 171) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 171) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 171) [x=6 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = 8
Pred.mXLum = 20
Pred.mYLum = 10
mXLum[2] = 0
mYLum[2] = -6
Pred.mXLum = 16
Pred.mYLum = 8
mXLum[3] = 12
mYLum[3] = 6
Pred.mXLum = 16
Pred.mYLum = 8
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 171) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 171) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 171) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 171) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 171) [x=2 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -4
mYLum[1] = 28
Pred.mXLum = 46
Pred.mYLum = 4
mXLum[2] = 8
mYLum[2] = 30
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[3] = 20
mYLum[3] = 4
Pred.mXLum = 8
Pred.mYLum = 28
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 171) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 171) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 171) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 171) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 171) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 171) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 171) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 171) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 171) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 171) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 171) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 171) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 171) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 171) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 171) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 171) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 171) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 171) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 171) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 46
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 171) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 171) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 171) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 171) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 171) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 171) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 171) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 171) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 171) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 171) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 171) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 171) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 171) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 171) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 171) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 171) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 171) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 171) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 171) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 171) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 171) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 171) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = -2
Pred.mXLum = 6
Pred.mYLum = -2
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 171) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 171) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 171) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 171) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 171) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 171) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 171) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 171) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 171) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 171) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 171) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 171) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 171) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 171) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 171) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 171) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 171) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 171) [x=0 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = 32
Pred.mXLum = 0
Pred.mYLum = 16
mXLum[2] = 0
mYLum[2] = 14
Pred.mXLum = 0
Pred.mYLum = 16
mXLum[3] = 6
mYLum[3] = 30
Pred.mXLum = 0
Pred.mYLum = 16
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 171) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 171) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 171) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 171) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 171) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 171) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 171) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 171) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 171) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 171) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 171) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 171) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 171) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 171) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 171) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 171) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 171) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 171) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 171) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 171) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 171) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 171) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 171) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 171) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 171) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 171) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 172) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 172) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 172) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 172) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 172) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 172) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 172) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 172) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 172) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 49
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 172) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 172) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 172) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 172) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 172) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 172) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       6 (7)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 172) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 172) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 172) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 172) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 172) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 172) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 172) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 172) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 172) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 50
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 172) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 172) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 172) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 172) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 172) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 172) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 172) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 172) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 172) [x=9 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = 0
mXLum[2] = -2
mYLum[2] = -2
Pred.mXLum = 8
Pred.mYLum = 0
mXLum[3] = 10
mYLum[3] = 0
Pred.mXLum = 8
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 172) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 172) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 172) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 172) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 172) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 172) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 172) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 172) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 172) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 172) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 172) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 172) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 172) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 172) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 172) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 172) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 172) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 172) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 18
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[2] = 0
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -6
mYLum[3] = 8
Pred.mXLum = 0
Pred.mYLum = 6
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 172) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 172) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 172) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 172) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 172) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 172) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 172) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 172) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 172) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 172) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 172) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 172) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 172) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (6)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       7 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 172) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 172) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 172) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 172) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 172) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 38
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 172) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 172) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 172) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 172) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 172) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 172) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 172) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 172) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 172) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 172) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 172) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 172) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 172) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 172) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 172) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 172) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 172) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 172) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 172) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 172) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 172) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 172) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 172) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 172) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 172) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 172) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 173) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 173) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 173) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 173) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 173) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = -4
Pred.mXLum = 6
Pred.mYLum = -4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 173) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 173) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 173) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 173) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 173) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 173) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 173) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 173) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -20
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 173) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 173) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 173) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 173) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 173) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 173) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 173) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 173) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 173) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 173) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = -2
Pred.mXLum = 14
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 173) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -34
Pred.mXLum = -4
Pred.mYLum = -20
mXLum[2] = -4
mYLum[2] = -60
Pred.mXLum = 0
Pred.mYLum = -20
mXLum[3] = 14
mYLum[3] = 60
Pred.mXLum = -4
Pred.mYLum = -34
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 173) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 173) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 173) [x=5 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = 4
Pred.mXLum = 26
Pred.mYLum = 18
mXLum[2] = 18
mYLum[2] = 20
Pred.mXLum = 12
Pred.mYLum = 4
mXLum[3] = 22
mYLum[3] = 12
Pred.mXLum = 18
Pred.mYLum = 18
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 173) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 173) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 173) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 173) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 173) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 173) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 173) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 173) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 173) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 173) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 173) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 173) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 173) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 173) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 173) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 173) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 173) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 173) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 173) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 173) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 173) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 173) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 173) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = -2
Pred.mYLum = -12
mXLum[2] = 0
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[3] = -22
mYLum[3] = 12
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 173) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 173) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 173) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 173) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 173) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 173) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 173) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 173) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 173) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 173) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 173) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 173) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 173) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 173) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 173) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 173) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 173) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 173) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 60
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 173) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 173) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 173) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 173) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 173) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 173) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 173) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 173) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 173) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 173) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 173) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 173) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 173) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 173) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 173) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 173) [x=3 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 173) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 173) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       1 (1)
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 173) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 173) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 173) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 173) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 173) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = -2
Pred.mXLum = 14
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 173) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 173) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 173) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 173) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 174) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 174) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 174) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 174) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 174) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 174) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 25
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 174) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 174) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 174) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 174) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 174) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 174) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 174) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 174) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 174) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 174) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 174) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 174) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 174) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 174) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 174) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 174) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 174) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 174) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 174) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 174) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 0
Pred.mXLum = 10
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 174) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 174) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 174) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 174) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 174) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 174) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 174) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 174) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 174) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 174) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 174) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 174) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 174) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 174) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 174) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 174) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 174) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 174) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 174) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 174) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 174) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 174) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -2
Pred.mXLum = 8
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 174) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = -18
mXLum[2] = 0
mYLum[2] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 8
mYLum[3] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 174) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 174) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 174) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 174) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 174) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 174) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 174) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 174) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 174) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 174) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 174) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -38
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 174) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 174) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 174) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 174) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 174) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 174) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 174) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 174) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 174) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 174) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 174) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 174) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 174) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 174) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 174) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 174) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 174) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 174) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 174) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 174) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 174) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 174) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 174) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 174) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 174) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 174) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 174) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 174) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 174) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 174) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 174) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 174) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 175) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 175) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 175) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 175) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 175) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 175) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 175) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 175) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 175) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 175) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 175) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 175) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 175) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 175) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 175) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 175) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 175) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 175) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 175) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 175) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 175) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 175) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 175) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 175) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 175) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = 2
Pred.mXLum = 10
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 175) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 175) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 175) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 175) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 175) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 175) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 175) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 175) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 175) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 175) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 175) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 175) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 175) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 175) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 175) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 175) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 175) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 175) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 175) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 175) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 175) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 175) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 175) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 175) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 175) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 175) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 175) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 175) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 175) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 175) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 175) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 175) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 175) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 175) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 175) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 175) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 175) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 175) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 175) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 175) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 175) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 175) [x=0 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 175) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 175) [x=8 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 4
Pred.mXLum = 12
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 12
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 175) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 175) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 175) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 175) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 175) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 175) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 175) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 175) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 175) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 175) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 175) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 175) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 175) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 175) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 175) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 175) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 175) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 175) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 175) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 175) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 175) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 175) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 175) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 6
Pred.mXLum = 14
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 175) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 176) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 176) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 176) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 176) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 176) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 176) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 176) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 176) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 176) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 176) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 176) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 176) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 176) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 176) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 176) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 176) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 176) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 176) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 176) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 176) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 176) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 176) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 176) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 176) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 176) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 176) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 176) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 176) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 176) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 176) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 176) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 176) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = -6
Pred.mXLum = 10
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 176) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 176) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 176) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 176) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 176) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 176) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 176) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 176) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 176) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 176) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 176) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 176) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 176) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 176) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 176) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 176) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 0
Pred.mXLum = 14
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 176) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 176) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 176) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 176) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 176) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 176) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 176) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 176) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 176) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 176) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 176) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 176) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 176) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 176) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 176) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -54
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 176) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 176) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 176) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 176) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 176) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 176) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 176) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 176) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 176) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 176) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 176) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 176) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 176) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 176) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 176) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = -2
Pred.mXLum = 10
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 176) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 176) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 176) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 176) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 176) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 176) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 176) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 176) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 176) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 176) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 176) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 176) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 176) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 176) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 176) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = 2
Pred.mXLum = 10
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 176) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 176) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 177) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 177) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 177) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 177) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 177) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 177) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 177) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 177) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 177) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 177) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 177) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 177) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 177) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 177) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 177) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 177) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 177) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 177) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 177) [x=4 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -8
Pred.mXLum = 4
Pred.mYLum = -6
mXLum[2] = 14
mYLum[2] = 6
Pred.mXLum = 0
Pred.mYLum = -6
mXLum[3] = 32
mYLum[3] = 8
Pred.mXLum = 4
Pred.mYLum = -6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 177) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 177) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 177) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 177) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 177) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 177) [x=4 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 20
mYLum[1] = 12
Pred.mXLum = 18
Pred.mYLum = 12
mXLum[2] = 8
mYLum[2] = 0
Pred.mXLum = 18
Pred.mYLum = 12
mXLum[3] = 20
mYLum[3] = -2
Pred.mXLum = 18
Pred.mYLum = 12
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 177) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       6 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 177) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 177) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 177) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 177) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 177) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 177) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 177) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 177) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 177) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 177) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 177) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 177) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = -8
Pred.mXLum = 10
Pred.mYLum = -8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 177) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 177) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 177) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 177) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 177) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 177) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 177) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 177) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 177) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 177) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 177) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 177) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 177) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 177) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 177) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 177) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 177) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 177) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 177) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 177) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 177) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 177) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 177) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 177) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 177) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 177) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 177) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 177) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 177) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 177) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       8 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 177) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 177) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 177) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 177) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 177) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 177) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 177) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 177) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 177) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 177) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 177) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 177) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 177) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 177) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 177) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 177) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 177) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 177) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 177) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 177) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 177) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 177) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 177) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 177) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 177) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 177) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 177) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 178) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 178) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 178) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 178) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 178) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 0
Pred.mXLum = 14
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 178) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 178) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 178) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 178) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 178) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 178) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 178) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 178) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 178) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -19
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 178) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 178) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 178) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 178) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 178) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 178) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 178) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 178) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 178) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 178) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 178) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 178) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 178) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 178) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 178) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 178) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 178) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 178) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 178) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 12
mYLum[1] = -6
Pred.mXLum = 16
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 178) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 178) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 178) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 178) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 178) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 178) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 178) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 178) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 178) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 178) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 178) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 178) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 178) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 178) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 178) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 178) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 178) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 178) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 178) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 178) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 178) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 178) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 178) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 178) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 178) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 44
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 178) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 178) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 178) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 178) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 178) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 178) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 178) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 178) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 178) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 178) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       0 (8)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 178) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 178) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 178) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 178) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 178) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 178) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 178) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 178) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 178) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 178) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 0
Pred.mXLum = 14
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 178) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 178) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 178) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 178) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 178) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 178) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 178) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 178) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 178) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 178) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 178) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 178) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 178) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 178) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 178) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 178) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 178) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 179) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 179) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 179) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 179) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 179) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 179) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 179) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 179) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 179) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 179) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 179) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 179) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 179) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 179) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 179) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 179) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 179) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 179) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 179) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 179) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 179) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 179) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 179) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 179) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 179) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 179) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 179) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 179) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (4)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 179) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 179) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 179) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 179) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 179) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 179) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 179) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 179) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 179) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 179) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 179) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 179) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 179) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 179) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 179) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 18
mYLum[1] = -2
Pred.mXLum = 18
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 179) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 179) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 179) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 179) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 179) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 179) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 179) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 179) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 179) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 179) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 179) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 179) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 179) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 179) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 179) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 179) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 179) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 179) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 179) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 179) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 179) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 179) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 179) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 179) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 179) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 179) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       0 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 179) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 179) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 179) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 179) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 179) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 179) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 179) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 179) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 179) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 179) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 179) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 179) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 179) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 179) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 179) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 179) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 179) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 179) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 179) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 179) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 179) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 179) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 179) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 179) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 179) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 179) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 179) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 179) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 18
mYLum[1] = 0
Pred.mXLum = 18
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 180) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 180) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 180) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 180) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 180) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 180) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 180) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 180) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 180) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 180) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 180) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 180) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 180) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 180) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 180) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 180) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 180) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 180) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 180) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 180) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 180) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 180) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       8 (1)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 180) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -17
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 180) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 180) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 180) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 20
mYLum[1] = -2
Pred.mXLum = 20
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 180) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 180) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 180) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 180) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 180) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 180) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 180) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 180) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 180) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 180) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 180) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 180) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = -17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 180) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 180) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -19
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 180) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 180) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 180) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       3 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 180) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 180) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 180) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 180) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 180) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 180) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 180) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 180) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 180) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 180) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 180) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -14
Pred.mXLum = 6
Pred.mYLum = -18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 180) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 180) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 180) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 180) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 180) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 180) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 180) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 180) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 180) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 180) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 180) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 180) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 180) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 180) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 180) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 180) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 180) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 180) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 20
mYLum[1] = -2
Pred.mXLum = 20
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 180) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 180) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 180) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 180) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 180) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 180) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 180) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 180) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 180) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 180) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 180) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 180) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 180) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = -2
Pred.mXLum = 16
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 180) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 180) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 180) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 180) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 180) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 180) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 180) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 180) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 180) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 180) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 180) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 180) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 20
mYLum[1] = -2
Pred.mXLum = 20
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 181) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 181) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 181) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 181) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 181) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 181) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 181) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 181) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 181) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 181) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 181) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 181) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 181) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 181) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 181) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 181) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 181) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 181) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 181) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 181) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 181) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 181) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 181) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 181) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 56
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 181) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 181) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 0
Pred.mXLum = 22
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 181) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 181) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 181) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 181) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 181) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 181) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 181) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 181) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 181) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 181) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 181) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 181) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 181) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 181) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 181) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 181) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 181) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 181) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 181) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 181) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 181) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 181) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 181) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 181) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 181) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 181) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 181) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 181) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 181) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 181) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 181) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 46
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 181) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 181) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 181) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 181) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 181) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 181) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 181) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 181) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 181) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 181) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 181) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 181) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 181) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 181) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 181) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 181) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 181) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 181) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 181) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 181) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 24
mYLum[1] = 10
Pred.mXLum = 28
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 181) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 181) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 181) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 181) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 181) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 181) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 181) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 181) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (4)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 181) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 181) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 181) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 181) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 181) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 181) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 181) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 181) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 181) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 181) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 181) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 181) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = -2
Pred.mXLum = 22
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 182) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 182) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 182) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 182) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 182) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 182) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 182) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 182) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 182) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 182) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 182) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 182) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 182) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 182) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 182) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 182) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 182) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 182) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 182) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 182) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 182) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 182) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 182) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 182) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 182) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 182) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 182) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 0
Pred.mXLum = 22
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 182) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 182) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 182) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 182) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 182) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 182) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 182) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 182) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 182) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 182) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 182) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 182) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 182) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 182) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 182) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 182) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 182) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 182) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 182) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 182) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 182) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 182) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 182) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 182) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 182) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 182) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 182) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 182) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 182) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 182) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 182) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 182) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 182) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 182) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 182) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 182) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 182) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 182) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 182) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 182) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 182) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 182) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 182) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 182) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 182) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 182) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 182) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 182) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 182) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 182) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 182) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 182) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 182) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 182) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 182) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 182) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 182) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 182) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 182) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 182) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 182) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 182) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 182) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 182) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 182) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 182) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 182) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 182) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 182) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 182) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 183) [x=0 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 183) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 183) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 183) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 183) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 183) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 183) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 183) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 183) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 183) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 183) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 183) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 183) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 183) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 183) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 183) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 183) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 183) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 183) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 183) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 183) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 183) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 183) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 183) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 183) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 183) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 183) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 183) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 183) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 183) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 27
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 183) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -38
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 183) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 183) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 183) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 183) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 183) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 183) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 183) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 183) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 183) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 183) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 183) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 183) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 183) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 183) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 183) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 183) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (7)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       6 (6)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 183) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 183) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 183) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 183) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 183) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 183) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 183) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = -2
Pred.mXLum = 22
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 183) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 183) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 183) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 183) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 183) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 183) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 183) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 183) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 183) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 183) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 5
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 183) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 183) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 183) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 ***(pic 183) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 183) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 183) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 183) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 26
mYLum[1] = 0
Pred.mXLum = 26
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 183) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 183) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 0
Pred.mXLum = 26
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 183) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 183) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 183) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 183) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 183) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 183) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 183) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 183) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 183) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 183) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 183) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 183) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 183) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 183) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 183) [x=5 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = -8
Pred.mXLum = 12
Pred.mYLum = 0
mXLum[2] = 34
mYLum[2] = 6
Pred.mXLum = 12
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = -6
Pred.mXLum = 16
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 183) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 183) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 183) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 183) [x=1 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 183) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 183) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -13
mYLum[0] = 7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 183) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 183) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 184) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 184) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 184) [x=8 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 184) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 184) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -35
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 184) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 184) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 184) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 184) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 184) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 184) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 184) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 184) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 184) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (7)
Intra mode4x4 Dir     =       0 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 184) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 184) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 184) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 184) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 184) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 184) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 184) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 184) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 184) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 184) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 184) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 184) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 184) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 184) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 184) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 184) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 184) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 184) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 184) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 184) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 184) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 184) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 184) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 184) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 184) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 184) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 184) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -13
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 184) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 184) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 184) [x=9 y=6] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 60
mYLum[1] = 2
Pred.mXLum = 28
Pred.mYLum = -12
mXLum[2] = 52
mYLum[2] = 0
Pred.mXLum = 28
Pred.mYLum = 0
mXLum[3] = 60
mYLum[3] = 0
Pred.mXLum = 52
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 184) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 184) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 184) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 184) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 184) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 184) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 184) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 184) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 184) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 184) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 184) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 184) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 184) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 184) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 184) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 184) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 184) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 184) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 184) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 184) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 184) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 184) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 184) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 184) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 184) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 184) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 184) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 184) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 184) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 184) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 184) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       1 (1)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 184) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 184) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 184) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (5)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 184) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 184) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 184) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 184) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 184) [x=5 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 86 ***(pic 184) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 184) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 184) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 184) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 184) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 184) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 184) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 184) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 184) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 184) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 184) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 184) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 184) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 185) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 185) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 185) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 185) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 185) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 185) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 185) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 185) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 185) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 185) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 185) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 185) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 185) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 185) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 185) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 185) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 185) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 185) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 185) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 185) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -25
mYLum[0] = 7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 185) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 185) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 185) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 185) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 185) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 185) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=3
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 185) [x=1 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 30
Pred.mXLum = -14
Pred.mYLum = -2
mXLum[2] = -12
mYLum[2] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -14
mYLum[3] = 14
Pred.mXLum = -12
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 185) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 185) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 185) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 185) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 185) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 185) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -42
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 185) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 185) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 185) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 185) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 185) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 185) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 185) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 185) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 185) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 185) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 ***(pic 185) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 185) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 185) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 185) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 185) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 185) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 185) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 185) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 185) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 185) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 185) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 185) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 185) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 185) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 185) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 185) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 185) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 185) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 185) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 185) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -38
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 185) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 185) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 185) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 185) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 185) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 185) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 185) [x=0 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 185) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 185) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 185) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 185) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 185) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 185) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 185) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 185) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 185) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 185) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 185) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 185) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 185) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 185) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 185) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 185) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = -9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 185) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 185) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 185) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 185) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 185) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 185) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 185) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 185) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 185) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 185) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 27, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 186) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 1 ***(pic 186) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 2 ***(pic 186) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 3 ***(pic 186) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 186) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 5 ***(pic 186) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 6 ***(pic 186) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 186) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 8 ***(pic 186) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 3
*************** MB = 9 ***(pic 186) [x=2 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = -34
Pred.mXLum = 8
Pred.mYLum = 6
mXLum[2] = 16
mYLum[2] = -20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -8
mYLum[3] = -34
Pred.mXLum = 8
Pred.mYLum = -20
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 10 ***(pic 186) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 11 ***(pic 186) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 12 ***(pic 186) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 13 ***(pic 186) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 14 ***(pic 186) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 15 ***(pic 186) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 16 ***(pic 186) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       7 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 17 ***(pic 186) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 18 ***(pic 186) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 19 ***(pic 186) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 20 ***(pic 186) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 7
*************** MB = 21 ***(pic 186) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 62
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 22 ***(pic 186) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 23 ***(pic 186) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 24 ***(pic 186) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 25 ***(pic 186) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 26 ***(pic 186) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 23, 27 encoded MB in the image
CompressSlice 1
*************** MB = 27 ***(pic 186) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 28 ***(pic 186) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 0
*************** MB = 29 ***(pic 186) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 30 ***(pic 186) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 31 ***(pic 186) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 32 ***(pic 186) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 33 ***(pic 186) [x=5 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -40
mYLum[1] = 12
Pred.mXLum = 32
Pred.mYLum = 2
mXLum[2] = 16
mYLum[2] = -20
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = -50
mYLum[3] = 10
Pred.mXLum = 16
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 34 ***(pic 186) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 35 ***(pic 186) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 36 ***(pic 186) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 37 ***(pic 186) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 38 ***(pic 186) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 39 ***(pic 186) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 40 ***(pic 186) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 41 ***(pic 186) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 42 ***(pic 186) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 43 ***(pic 186) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 45 ***(pic 186) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 46 ***(pic 186) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 47 ***(pic 186) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 48 ***(pic 186) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 49 ***(pic 186) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 56
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 2 : mMBX = 2, mMBY = 0, NbOfMax = 27, 50 encoded MB in the image
CompressSlice 2
*************** MB = 50 ***(pic 186) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 51 ***(pic 186) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 186) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -27
mYLum[0] = 33
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 186) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 54 ***(pic 186) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -35
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 55 ***(pic 186) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 56 ***(pic 186) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 57 ***(pic 186) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 58 ***(pic 186) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 59 ***(pic 186) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 60 ***(pic 186) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 61 ***(pic 186) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 62 ***(pic 186) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 63 ***(pic 186) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 64 ***(pic 186) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 65 ***(pic 186) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 66 ***(pic 186) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 67 ***(pic 186) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 186) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 69 ***(pic 186) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 186) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 72 ***(pic 186) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 73 ***(pic 186) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 74 ***(pic 186) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 75 ***(pic 186) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 76 ***(pic 186) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 3 : mMBX = 3, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 3
*************** MB = 77 ***(pic 186) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 78 ***(pic 186) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 79 ***(pic 186) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 80 ***(pic 186) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 81 ***(pic 186) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 82 ***(pic 186) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 83 ***(pic 186) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 84 ***(pic 186) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 85 ***(pic 186) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 87 ***(pic 186) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 88 ***(pic 186) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 5
*************** MB = 89 ***(pic 186) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 90 ***(pic 186) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 91 ***(pic 186) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 92 ***(pic 186) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 93 ***(pic 186) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 15
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 7
*************** MB = 94 ***(pic 186) [x=1 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 95 ***(pic 186) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 96 ***(pic 186) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 97 ***(pic 186) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 60
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 98 ***(pic 186) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 187) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 187) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 187) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 187) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 187) [x=8 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 187) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 54
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 187) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 187) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 33
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 187) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 187) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = 31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 187) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 187) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 14
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 187) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 187) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 1
Pred.mXLum = 33
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 187) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 187) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 187) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 187) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 187) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 33
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 187) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -48
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 187) [x=7 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 60
mYLum[1] = 20
Pred.mXLum = 2
Pred.mYLum = 18
mXLum[2] = 38
mYLum[2] = 8
Pred.mXLum = 8
Pred.mYLum = 20
mXLum[3] = 60
mYLum[3] = -20
Pred.mXLum = 38
Pred.mYLum = 20
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 187) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 187) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 32
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 187) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -50
Pred.mXLum = 0
Pred.mYLum = -48
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 187) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 9
Pred.mXLum = 38
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 187) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 187) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 187) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = -8
Pred.mYLum = -50
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 187) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 12
Pred.mXLum = 37
Pred.mYLum = 9
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 187) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 187) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 187) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 13
Pred.mXLum = 20
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 187) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 14
Pred.mXLum = 44
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 187) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 187) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 12
Pred.mXLum = 37
Pred.mYLum = 13
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 187) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 14
Pred.mXLum = 42
Pred.mYLum = 14
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 187) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 13
Pred.mXLum = 38
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 187) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 187) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 187) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -10
mYLum[1] = -16
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = -16
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[3] = -6
mYLum[3] = -38
Pred.mXLum = 0
Pred.mYLum = -16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 187) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = -2
Pred.mXLum = 41
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 187) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 187) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 187) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 187) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 187) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 187) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 187) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 187) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 187) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 187) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 187) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 187) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 187) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 10
Pred.mXLum = 33
Pred.mYLum = 6
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 187) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 187) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -35
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 187) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 29
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 187) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 187) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 39
mYLum[0] = 12
Pred.mXLum = 37
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 187) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 187) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -35
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 187) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 29
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 187) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 187) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 14
Pred.mXLum = 39
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 187) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 9
Pred.mXLum = 33
Pred.mYLum = -3
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 187) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 187) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 187) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 187) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 10
Pred.mXLum = 44
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 187) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 8
Pred.mXLum = 33
Pred.mYLum = 9
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 187) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 187) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 187) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 187) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 50
mYLum[0] = 24
Pred.mXLum = 40
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 187) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 9
Pred.mXLum = 41
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 187) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 10
Pred.mXLum = 41
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 187) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 16
Pred.mXLum = 50
Pred.mYLum = 24
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 187) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 16
Pred.mXLum = 41
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 187) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 12
Pred.mXLum = 40
Pred.mYLum = 10
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 187) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 187) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 187) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 41
Pred.mYLum = 16
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 187) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 14
Pred.mXLum = 45
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 187) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 12
Pred.mXLum = 45
Pred.mYLum = 12
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 187) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 187) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 187) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 187) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 18
Pred.mXLum = 38
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 187) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -2
Pred.mXLum = 44
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 187) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 187) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 187) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 188) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 188) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 188) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 188) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 188) [x=8 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 188) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 188) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 8
Pred.mXLum = 33
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 188) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 5
Pred.mXLum = 29
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 188) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 188) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 47
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 188) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -33
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 188) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = 33
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 188) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 33
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 188) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 188) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 12
Pred.mXLum = 47
Pred.mYLum = 13
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 188) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 12
Pred.mXLum = -33
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 188) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 188) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 2
Pred.mXLum = 32
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 188) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 188) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 36
mYLum[1] = 14
Pred.mXLum = 37
Pred.mYLum = 12
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 188) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 188) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 188) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 24
Pred.mXLum = 30
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 188) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 188) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 14
Pred.mXLum = 42
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 188) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 52
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 188) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -58
Pred.mXLum = 1
Pred.mYLum = -31
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 188) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 16
Pred.mXLum = 44
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 188) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 15
mYLum[0] = 61
Pred.mXLum = 12
Pred.mYLum = 52
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 188) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 188) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -58
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 188) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 18
Pred.mXLum = 46
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 188) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 188) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 188) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 188) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 188) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 49
mYLum[0] = 24
Pred.mXLum = 48
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 188) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (2)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 188) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 188) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 31
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 188) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 188) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -42
Pred.mXLum = 49
Pred.mYLum = 24
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 188) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 188) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 188) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 188) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 188) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 188) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 188) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 188) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 188) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 188) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -33
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 188) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 188) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 188) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 188) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 188) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 188) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 27
mYLum[0] = 12
Pred.mXLum = -33
Pred.mYLum = -1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 188) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = -27
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 188) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -2
Pred.mXLum = 30
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 188) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = -3
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 188) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 49
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 188) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 27
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 188) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -26
Pred.mXLum = 25
Pred.mYLum = -2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 188) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 5
Pred.mXLum = 32
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 188) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 14
Pred.mXLum = 37
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 188) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 13
Pred.mXLum = 49
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 188) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 188) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 6
Pred.mXLum = 33
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 188) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 18
Pred.mXLum = 44
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 188) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 18
Pred.mXLum = 41
Pred.mYLum = 13
mXLum[1] = 38
mYLum[1] = 18
Pred.mXLum = 38
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 188) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 188) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       6 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 188) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 49
mYLum[0] = 14
Pred.mXLum = 48
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 188) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 10
Pred.mXLum = 38
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 188) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 188) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 21
Pred.mXLum = 49
Pred.mYLum = 14
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 188) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 20
Pred.mXLum = 42
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 188) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 188) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 188) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 188) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 45
Pred.mYLum = 21
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 188) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 16
Pred.mXLum = 42
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 188) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 188) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 188) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 188) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 188) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 6
Pred.mXLum = 38
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 188) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 188) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 188) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 188) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 189) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 189) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 189) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 189) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 189) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 189) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 189) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 189) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 189) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 10
Pred.mXLum = 23
Pred.mYLum = 1
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 189) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = -2
Pred.mYLum = -1
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 189) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 189) [x=0 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 32
mYLum[1] = -26
Pred.mXLum = 0
Pred.mYLum = -34
mXLum[2] = -2
mYLum[2] = -16
Pred.mXLum = 0
Pred.mYLum = -26
mXLum[3] = 14
mYLum[3] = -16
Pred.mXLum = 0
Pred.mYLum = -26
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 189) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 189) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 26
Pred.mXLum = 46
Pred.mYLum = 10
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 189) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 189) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 20
Pred.mXLum = -11
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 189) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 189) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 25
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 189) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 50
mYLum[0] = 26
Pred.mXLum = 46
Pred.mYLum = 26
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 189) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 18
Pred.mXLum = 37
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 189) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 24
Pred.mXLum = 50
Pred.mYLum = 26
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 189) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 14
Pred.mXLum = 37
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 189) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 48
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 189) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 49
mYLum[0] = 32
Pred.mXLum = 48
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 189) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 14
Pred.mXLum = 40
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 189) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 39
mYLum[0] = -2
Pred.mXLum = 48
Pred.mYLum = 8
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 189) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 9
Pred.mXLum = 49
Pred.mYLum = 32
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 189) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 22
Pred.mXLum = 40
Pred.mYLum = 14
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 189) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 20
Pred.mXLum = 39
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 189) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 189) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 189) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 189) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 24
Pred.mXLum = 44
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 189) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 20
Pred.mXLum = 44
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 189) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 189) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 189) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 189) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 37
Pred.mYLum = 24
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 189) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 44
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 189) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 189) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 189) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 189) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 189) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 189) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 189) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 189) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 189) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 189) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 30
Pred.mXLum = 0
Pred.mYLum = 16
mXLum[2] = 0
mYLum[2] = 2
Pred.mXLum = 0
Pred.mYLum = 16
mXLum[3] = 26
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 189) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 6
Pred.mXLum = 32
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 189) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 189) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 189) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 189) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 189) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 1
Pred.mXLum = 33
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 189) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -51
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 189) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 6
Pred.mXLum = -1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 189) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 32
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 189) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 189) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 60
Pred.mXLum = 29
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 189) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -36
Pred.mXLum = -3
Pred.mYLum = -51
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 189) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 189) [x=6 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 189) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 189) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -36
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 189) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -42
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 189) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = 31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 189) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = -2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 189) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -10
Pred.mXLum = -2
Pred.mYLum = -42
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 189) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -54
Pred.mXLum = 11
Pred.mYLum = 31
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 189) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 189) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 189) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 189) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 189) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 189) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 189) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 189) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 189) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 189) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -19
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 189) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 189) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 189) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 189) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 189) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -47
mYLum[0] = 1
Pred.mXLum = -19
Pred.mYLum = -12
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 189) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -35
mYLum[0] = -43
Pred.mXLum = -2
Pred.mYLum = -18
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 189) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 190) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 190) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 190) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 190) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 190) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 190) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 190) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 190) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 190) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 190) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 14
Pred.mXLum = 36
Pred.mYLum = 36
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 190) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 30
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 190) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 2
Pred.mXLum = 17
Pred.mYLum = -7
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 190) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 24
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 190) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 190) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 190) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 0
Pred.mXLum = 29
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 190) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 190) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 25
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 190) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 190) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 190) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 190) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 22
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 190) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 190) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 190) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 190) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 190) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 47
mYLum[0] = 25
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 190) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 190) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 190) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 190) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 54
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 190) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 22
Pred.mXLum = 47
Pred.mYLum = 25
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 190) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -1
Pred.mYLum = -1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 190) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 190) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 190) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 190) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 22
Pred.mXLum = 40
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 190) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 190) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 190) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 190) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 190) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 38
Pred.mYLum = 22
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 190) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 190) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 190) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 190) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 190) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 190) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 190) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 190) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 190) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 190) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 190) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 190) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 2
Pred.mXLum = 24
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 190) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 190) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 190) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 13
Pred.mXLum = 37
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 190) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 190) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 4
Pred.mXLum = 26
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 190) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 190) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 190) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 190) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -16
Pred.mXLum = 26
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 190) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -38
Pred.mXLum = 0
Pred.mYLum = -40
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 190) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 190) [x=6 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 190) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 190) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 190) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -24
Pred.mXLum = -4
Pred.mYLum = -38
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 190) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 190) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 190) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = -24
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 190) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 190) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 35
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 190) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 190) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 190) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 190) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 190) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 22
Pred.mXLum = 35
Pred.mYLum = 18
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 190) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 190) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 190) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 190) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 14
Pred.mXLum = 10
Pred.mYLum = 22
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 190) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 24
Pred.mXLum = 38
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 190) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 190) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 190) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 190) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 190) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 41
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 190) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 190) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 190) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 190) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 191) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 191) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 191) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 30
mYLum[1] = 18
Pred.mXLum = 30
Pred.mYLum = 18
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 191) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 191) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 191) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 191) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 191) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 21
Pred.mXLum = 30
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 191) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 61
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 191) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 191) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 191) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 18
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 191) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 22
Pred.mXLum = 33
Pred.mYLum = 21
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 191) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -13
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 61
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 191) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 60
Pred.mXLum = -2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 191) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 191) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 20
Pred.mXLum = 36
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 191) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 191) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 191) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 191) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 38
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 191) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 191) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 33
Pred.mYLum = 13
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 191) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 191) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 191) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 191) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 191) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 191) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 191) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 191) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 191) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 191) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 191) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 191) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 191) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 191) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 191) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 191) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 191) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 191) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 32
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 191) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 191) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 191) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 191) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 191) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 191) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 191) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 191) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 191) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 191) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 191) [x=0 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 191) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 191) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 191) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 191) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 1
Pred.mXLum = 14
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 191) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 191) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 20
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 191) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 21
Pred.mXLum = 29
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 191) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 191) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 191) [x=0 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 10
mYLum[1] = -10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = -2
mYLum[2] = 6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = -8
Pred.mXLum = -2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 191) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 33
Pred.mYLum = 21
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 191) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 21
Pred.mXLum = 30
Pred.mYLum = 18
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 191) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 191) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 191) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 32
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 191) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 20
Pred.mXLum = 33
Pred.mYLum = 21
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 191) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 191) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 13
Pred.mXLum = 32
Pred.mYLum = 14
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 191) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 21
Pred.mXLum = 33
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 191) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 35
mYLum[0] = 2
Pred.mXLum = 41
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 191) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 191) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 191) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 191) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 37
Pred.mYLum = 21
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 191) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 18
Pred.mXLum = 35
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 191) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 191) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 191) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 191) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -6
Pred.mXLum = 29
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 191) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 22
Pred.mXLum = 34
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 191) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 191) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 45
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 191) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 191) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 191) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 26
Pred.mXLum = 37
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 191) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 54
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 191) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 191) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 191) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 192) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 192) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 192) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 192) [x=6 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 192) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 15
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 192) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 192) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = -14
Pred.mXLum = 12
Pred.mYLum = -20
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 192) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 16
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 192) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 192) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 6
Pred.mXLum = 15
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 192) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 192) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -26
Pred.mXLum = 12
Pred.mYLum = -14
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 192) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 17
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 192) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 192) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 192) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 192) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 32
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 192) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 192) [x=5 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 192) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 192) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 192) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 32
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 192) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       6 (6)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 192) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 192) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 192) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 192) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 192) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 192) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 192) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 192) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 10
Pred.mYLum = 22
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 192) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 192) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 192) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 192) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 192) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 192) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 192) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=4 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 192) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 192) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 192) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 192) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 54
Pred.mXLum = 2
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 192) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 192) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 10
Pred.mXLum = 32
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 192) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 29
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 192) [x=8 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 4
Pred.mXLum = 29
Pred.mYLum = 6
mXLum[1] = 22
mYLum[1] = 18
Pred.mXLum = 32
Pred.mYLum = 4
mXLum[2] = 32
mYLum[2] = 0
Pred.mXLum = 22
Pred.mYLum = 4
mXLum[3] = 16
mYLum[3] = 0
Pred.mXLum = 32
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 192) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 192) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 192) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 192) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 192) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 192) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 192) [x=0 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = -32
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = -30
Pred.mXLum = 0
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 192) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 29
Pred.mYLum = 17
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 192) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 192) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 22
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 192) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 192) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 192) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 30
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 192) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 16
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 192) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 192) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 192) [x=9 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 192) [x=0 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 36
mYLum[1] = 22
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 2
mYLum[2] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 32
mYLum[3] = 16
Pred.mXLum = 2
Pred.mYLum = -8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 192) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 16
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 192) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 192) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 192) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 192) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 12
Pred.mXLum = 33
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 192) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 5
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 192) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 192) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 12
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 192) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 17
Pred.mXLum = 26
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 192) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 31
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 192) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 192) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 192) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 192) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 33
Pred.mYLum = 17
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 192) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 17
Pred.mXLum = 31
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 192) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 192) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 192) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 192) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 26
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 192) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 33
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 192) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 192) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 192) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 192) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 192) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 24
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 192) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 192) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 192) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 192) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 193) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 193) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (5)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 193) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 193) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 193) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 193) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 193) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 193) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 11
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 193) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 193) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = -1
Pred.mYLum = 3
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 193) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 193) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -30
Pred.mXLum = 24
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 193) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 193) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 13
Pred.mXLum = 30
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 193) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 193) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 193) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 13
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 193) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 193) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 193) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 17
Pred.mXLum = 34
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 193) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 16
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 193) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 193) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 193) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 193) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 14
Pred.mXLum = 37
Pred.mYLum = 17
mXLum[1] = 30
mYLum[1] = 16
Pred.mXLum = 30
Pred.mYLum = 16
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 193) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 193) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 193) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 193) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 193) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 34
Pred.mYLum = 14
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 193) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 193) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 193) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 193) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 193) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 62
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 193) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 193) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -7
Pred.mXLum = -1
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 193) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 193) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 193) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 193) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 193) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 44
Pred.mXLum = -11
Pred.mYLum = -7
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 193) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 36
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 193) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 0
Pred.mXLum = 34
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 193) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 193) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 193) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (1)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 193) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 193) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 193) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 193) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -25
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 193) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 193) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 193) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 13
Pred.mXLum = 14
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 193) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 21
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 193) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 13
Pred.mXLum = -25
Pred.mYLum = -28
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 193) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 193) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 193) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 13
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 193) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 21
Pred.mXLum = -3
Pred.mYLum = 13
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 65 ***(pic 193) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 193) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 16
Pred.mXLum = 32
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 193) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 193) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 193) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 193) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 193) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 29
Pred.mYLum = 9
mXLum[1] = 26
mYLum[1] = 14
Pred.mXLum = 26
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 193) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 193) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 193) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 33
Pred.mYLum = 16
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 193) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 14
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 193) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 193) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 193) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 193) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 193) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 32
Pred.mYLum = 16
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 193) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 193) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 193) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 193) [x=9 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 193) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 30
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 193) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 193) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 193) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 62
mYLum[0] = -64
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 62
mYLum[1] = -64
Pred.mXLum = 62
Pred.mYLum = -64
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 193) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 193) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 52
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 193) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 193) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 10
Pred.mXLum = 30
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 193) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 0
Pred.mXLum = 62
Pred.mYLum = -64
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 193) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 2
Pred.mXLum = 3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 193) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 52
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 194) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 194) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 15
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 194) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 194) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 194) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 194) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 194) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 29
Pred.mYLum = 15
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 194) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 21
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 194) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 20
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 194) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 3
Pred.mYLum = -1
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 194) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 30
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 194) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 12
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 194) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 194) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 194) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 16
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 194) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 16
mXLum[1] = 28
mYLum[1] = 6
Pred.mXLum = 36
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 194) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 194) [x=0 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 36
mYLum[1] = 18
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = 0
mYLum[2] = 22
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = 34
mYLum[3] = 18
Pred.mXLum = 0
Pred.mYLum = 18
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 194) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 26
Pred.mYLum = 20
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 194) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 194) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 194) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 194) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 194) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 194) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 194) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 194) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 194) [x=9 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 54
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 38
mYLum[1] = 6
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[2] = 50
mYLum[2] = 8
Pred.mXLum = 38
Pred.mYLum = 0
mXLum[3] = 34
mYLum[3] = 4
Pred.mXLum = 50
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 194) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -42
Pred.mXLum = 26
Pred.mYLum = 14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 194) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 194) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 194) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 194) [x=8 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 194) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 20
Pred.mXLum = 34
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 194) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 194) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 20
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 194) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 25
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 194) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 194) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 34
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 194) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 194) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 14
Pred.mXLum = 28
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 194) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 25
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 194) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 29
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 194) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 32
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 194) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 32
Pred.mYLum = 16
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 194) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 194) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 194) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 194) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 194) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 194) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -2
Pred.mXLum = 20
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 194) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 21
Pred.mYLum = 13
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 194) [x=4 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 26
Pred.mXLum = 21
Pred.mYLum = 13
mXLum[1] = 24
mYLum[1] = 22
Pred.mXLum = -8
Pred.mYLum = 26
mXLum[2] = 30
mYLum[2] = 28
Pred.mXLum = 0
Pred.mYLum = 22
mXLum[3] = 60
mYLum[3] = 20
Pred.mXLum = 24
Pred.mYLum = 26
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 194) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -32
mYLum[0] = -4
Pred.mXLum = 22
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 194) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = -1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 194) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 28
Pred.mXLum = -1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 194) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 20
Pred.mYLum = 14
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 194) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 194) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -16
Pred.mXLum = 5
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 194) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -26
Pred.mXLum = 32
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 194) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 194) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 194) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 194) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 194) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 14
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 194) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 194) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 194) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 194) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 194) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 29
Pred.mYLum = 16
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 194) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 194) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 194) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 194) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 194) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = -10
Pred.mXLum = -11
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 194) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 194) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 194) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 194) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 194) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = -12
Pred.mXLum = 34
Pred.mYLum = -10
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 194) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 1
Pred.mYLum = -7
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 194) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 29
Pred.mYLum = 14
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 194) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 194) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 194) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = -2
Pred.mXLum = 24
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 194) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = -22
Pred.mXLum = 24
Pred.mYLum = -12
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 194) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 21
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 194) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = 28
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 194) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 194) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 0
Pred.mXLum = 28
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 194) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = -6
Pred.mXLum = 38
Pred.mYLum = -22
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 195) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 195) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 195) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 195) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 195) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 195) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 195) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 20
Pred.mYLum = 14
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 195) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 195) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 3
Pred.mYLum = -1
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 195) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 195) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 25
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 195) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 195) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 16
Pred.mYLum = 6
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 195) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -14
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 195) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 195) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 195) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 195) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 40
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 195) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 195) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 195) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 195) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 195) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 195) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 12
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 195) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 195) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 195) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 195) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 195) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 28
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 195) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       3 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 195) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 195) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 195) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 195) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 8
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 195) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 195) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = 17
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 195) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 195) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 24
Pred.mXLum = 40
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 195) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 12
Pred.mXLum = 26
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 195) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 30
Pred.mXLum = -23
Pred.mYLum = -10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 195) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 12
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 195) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 195) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 29
Pred.mYLum = 24
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 195) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 195) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 1
Pred.mXLum = 30
Pred.mYLum = 12
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 195) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 195) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 195) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 195) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 195) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 195) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 195) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = 5
Pred.mXLum = -5
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 195) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 195) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 23
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 195) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 195) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 195) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 14
Pred.mXLum = 11
Pred.mYLum = 5
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 195) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 14
Pred.mXLum = 22
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 195) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 195) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -40
Pred.mXLum = 25
Pred.mYLum = 14
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 195) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 14
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 195) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 195) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 195) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 14
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 195) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 195) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 195) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 195) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 195) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 24
Pred.mYLum = 14
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 195) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 195) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 195) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 195) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 195) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 195) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 195) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 195) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 195) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 195) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 6
Pred.mXLum = 30
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 195) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 195) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 195) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 195) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 195) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 8
Pred.mXLum = 24
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 195) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = -26
Pred.mXLum = 24
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 195) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 195) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 195) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 195) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 8
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 195) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 26
Pred.mYLum = -26
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 196) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 196) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 196) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 196) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 196) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 196) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 196) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 196) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = -2
Pred.mXLum = 42
Pred.mYLum = 14
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 196) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 11
Pred.mYLum = -5
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 196) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 196) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 18
Pred.mYLum = 14
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 196) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 196) [x=6 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = 14
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[2] = -64
mYLum[2] = 0
Pred.mXLum = 14
Pred.mYLum = 14
mXLum[3] = 14
mYLum[3] = 2
Pred.mXLum = 14
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 196) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 196) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 22
mYLum[1] = 12
Pred.mXLum = 22
Pred.mYLum = 12
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 196) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 196) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 196) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 22
Pred.mYLum = 12
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 196) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = -7
Pred.mYLum = -3
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 196) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 196) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 196) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 196) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = -30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 196) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = -1
Pred.mYLum = 3
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 196) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 196) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 196) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 196) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 0
Pred.mXLum = -12
Pred.mYLum = -30
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 196) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 22
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 196) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 12
Pred.mXLum = -1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 196) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 196) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 196) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 13
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 196) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 196) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 20
Pred.mXLum = 21
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 196) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 9
Pred.mXLum = 21
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 196) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 196) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 196) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 196) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 34
Pred.mXLum = 16
Pred.mYLum = 20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 196) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 26
Pred.mXLum = 17
Pred.mYLum = 9
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 196) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 18
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 196) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 16
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 196) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 196) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 196) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 196) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -13
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 196) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 196) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 196) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 196) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = -1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 196) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 196) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 196) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 196) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 196) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -4
Pred.mXLum = -2
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 196) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 196) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 196) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 196) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 196) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 10
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 196) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 196) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 196) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 13
mXLum[1] = 22
mYLum[1] = 10
Pred.mXLum = 22
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 196) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 196) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 196) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 196) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 46
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 196) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 22
Pred.mYLum = 10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 196) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -17
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 196) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 196) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 196) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = -16
Pred.mYLum = 46
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 196) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = -13
Pred.mXLum = -16
Pred.mYLum = 46
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 196) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 196) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 196) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 196) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 11
Pred.mYLum = -13
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 196) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 196) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 14
Pred.mXLum = 18
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 196) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 196) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 196) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 22
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 196) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 5
Pred.mXLum = 22
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 196) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 196) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 12
Pred.mXLum = 21
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 196) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 196) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 2
Pred.mXLum = 22
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 196) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 0
Pred.mXLum = 30
Pred.mYLum = 5
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 197) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 197) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 197) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 197) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 197) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -13
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 197) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 197) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 197) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 197) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 12
Pred.mXLum = 14
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 197) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 197) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 10
Pred.mXLum = 16
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 197) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 18
Pred.mYLum = 14
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 197) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 12
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 ***(pic 197) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 197) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 197) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 8
Pred.mXLum = 16
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 197) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 12
Pred.mXLum = 17
Pred.mYLum = 13
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 197) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 197) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 197) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 197) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 22
Pred.mXLum = 18
Pred.mYLum = 12
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 197) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 197) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 197) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 197) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 197) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 197) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 197) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 197) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 197) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 197) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 197) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 197) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 12
Pred.mXLum = 3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 197) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 197) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       5 (5)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 197) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 4
Pred.mXLum = 30
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 197) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = -12
Pred.mXLum = 30
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 197) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 197) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 8
Pred.mXLum = 18
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 197) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 197) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -7
Pred.mXLum = 16
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 197) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 23
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 197) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 197) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 197) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 2
Pred.mXLum = 20
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 197) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 13
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 197) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 197) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 197) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 197) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 197) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 197) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 197) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 197) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 197) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 197) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 197) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 197) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 197) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 13
mXLum[1] = 20
mYLum[1] = 14
Pred.mXLum = 20
Pred.mYLum = 14
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 197) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 197) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 197) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 20
Pred.mYLum = 14
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 197) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 8
Pred.mXLum = 21
Pred.mYLum = -3
mXLum[1] = 18
mYLum[1] = 8
Pred.mXLum = 18
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 197) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 197) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 197) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 18
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 197) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 197) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 197) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 197) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 197) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -19
Pred.mXLum = 21
Pred.mYLum = 13
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 197) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 197) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 197) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 197) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 197) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 7
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 197) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 197) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 197) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 197) [x=7 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 197) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 20
Pred.mYLum = 7
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 197) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 22
Pred.mXLum = 13
Pred.mYLum = 13
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 197) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 197) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 22
mYLum[1] = 6
Pred.mXLum = 22
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 197) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 197) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 20
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 197) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 27
mYLum[0] = 4
Pred.mXLum = 20
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 197) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 197) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 197) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 197) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 197) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 8
Pred.mXLum = 27
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 198) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 198) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -29
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 198) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 198) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 198) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 198) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = -1
Pred.mYLum = -29
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 ***(pic 198) [x=3 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 198) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 8
Pred.mXLum = 17
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 198) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 11
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 198) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -2
Pred.mXLum = 20
Pred.mYLum = 14
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 198) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 198) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 10
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 198) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 198) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 198) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 198) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 198) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 198) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 198) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 198) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 198) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 198) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 198) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 198) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 22
Pred.mYLum = 12
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 198) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 198) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 198) [x=7 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 198) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 198) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 13
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 198) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 25
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 198) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 198) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 198) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 14
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 198) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 198) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 8
mXLum[1] = 16
mYLum[1] = 14
Pred.mXLum = 16
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 198) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 18
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 198) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 198) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 22
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 198) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 198) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 16
Pred.mYLum = 14
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 198) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 13
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 198) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 198) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 198) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 198) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 198) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 198) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 198) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 198) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 198) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 198) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 198) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 10
Pred.mXLum = 14
Pred.mYLum = 18
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 1
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 198) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 198) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 8
Pred.mXLum = 16
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 198) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 10
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 62 ***(pic 198) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 198) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 198) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 2
Pred.mXLum = 29
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 198) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 21
Pred.mYLum = 14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 198) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 ***(pic 198) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 198) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 198) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 198) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 198) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 198) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 198) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 198) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 198) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 198) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 198) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 198) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 21
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 198) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 198) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 198) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 198) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 198) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 198) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 20
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 198) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 26
Pred.mXLum = 17
Pred.mYLum = 14
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 198) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 9
Pred.mXLum = 20
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 198) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 198) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 6
Pred.mXLum = 22
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 198) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 21
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 198) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 198) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 22
Pred.mXLum = 17
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 198) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 198) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 198) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 198) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 199) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 199) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = 23
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 199) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 199) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 199) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 199) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 199) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 199) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 199) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 30
Pred.mXLum = 20
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 199) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 199) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 199) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 199) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 199) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 199) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 199) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 199) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 199) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 21 ***(pic 199) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 199) [x=0 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -16
Pred.mXLum = 0
Pred.mYLum = 20
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=3
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 199) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 199) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 199) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 199) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 199) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 199) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       8 (0)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 199) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 199) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 199) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 46
Pred.mXLum = 0
Pred.mYLum = 30
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 199) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 199) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 199) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 199) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 199) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 199) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 199) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 2
Pred.mXLum = 24
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 199) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 18
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 199) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 199) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 199) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 199) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 13
Pred.mXLum = 16
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 199) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 22
Pred.mYLum = 22
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 199) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 18
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 199) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 199) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 199) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = -2
Pred.mXLum = 25
Pred.mYLum = 13
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 199) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 25
Pred.mYLum = 13
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 199) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       5 (2)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 199) [x=3 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 199) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 199) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 199) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 199) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 199) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 199) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 199) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 199) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 199) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 199) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 199) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 199) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = -34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 199) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 199) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 199) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 11
mYLum[0] = -25
Pred.mXLum = 11
Pred.mYLum = -34
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 199) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 199) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 199) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 199) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 199) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 11
Pred.mYLum = -25
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 199) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 199) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 199) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 199) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 9
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 199) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 199) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 199) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 199) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 199) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 199) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 199) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -19
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 199) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 34
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 199) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 199) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 24
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 199) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 2
Pred.mXLum = 21
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 199) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 199) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 199) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 199) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = -2
Pred.mXLum = 21
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 199) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = -2
Pred.mXLum = 20
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 199) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 50, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 200) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 200) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 2 ***(pic 200) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 3 ***(pic 200) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 4 ***(pic 200) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 5 ***(pic 200) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 6 ***(pic 200) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = -3
Pred.mYLum = 22
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 8 ***(pic 200) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 9 ***(pic 200) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 9
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 10 ***(pic 200) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -2
Pred.mXLum = -10
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 11 ***(pic 200) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 3
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 2
*************** MB = 12 ***(pic 200) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 14 ***(pic 200) [x=6 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 200) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 16 ***(pic 200) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 17 ***(pic 200) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 200) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 19 ***(pic 200) [x=5 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 20 ***(pic 200) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 22 ***(pic 200) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = -1
Pred.mYLum = -1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 23 ***(pic 200) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 24 ***(pic 200) [x=4 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 200) [x=6 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 4
*************** MB = 26 ***(pic 200) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 27 ***(pic 200) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 28 ***(pic 200) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 200) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 30 ***(pic 200) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 31 ***(pic 200) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 16
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 32 ***(pic 200) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 33 ***(pic 200) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 33
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 34 ***(pic 200) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 35 ***(pic 200) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 36 ***(pic 200) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 37 ***(pic 200) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 10
Pred.mXLum = 20
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 38 ***(pic 200) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 8
Pred.mXLum = 20
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 39 ***(pic 200) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 37
Pred.mXLum = 22
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 40 ***(pic 200) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 41 ***(pic 200) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 14
Pred.mXLum = 21
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 42 ***(pic 200) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 30
Pred.mXLum = 21
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 43 ***(pic 200) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 28
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 44 ***(pic 200) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -34
Pred.mXLum = 25
Pred.mYLum = 37
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 45 ***(pic 200) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 46 ***(pic 200) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 26
Pred.mXLum = 36
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 47 ***(pic 200) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 16
Pred.mYLum = 30
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 48 ***(pic 200) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 12
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 49 ***(pic 200) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 12
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 1, mMBY = 0, NbOfMax = 49, 50 encoded MB in the image
CompressSlice 1
*************** MB = 50 ***(pic 200) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 51 ***(pic 200) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 52 ***(pic 200) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 53 ***(pic 200) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 54 ***(pic 200) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 55 ***(pic 200) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 56 ***(pic 200) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 36
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 57 ***(pic 200) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 58 ***(pic 200) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 59 ***(pic 200) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 1
*************** MB = 60 ***(pic 200) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 61 ***(pic 200) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 63 ***(pic 200) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 40
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 64 ***(pic 200) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 66 ***(pic 200) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 16
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 67 ***(pic 200) [x=2 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 68 ***(pic 200) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 69 ***(pic 200) [x=6 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 200) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 72 ***(pic 200) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 73 ***(pic 200) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 74 ***(pic 200) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 75 ***(pic 200) [x=7 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 76 ***(pic 200) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 77 ***(pic 200) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 21
Pred.mYLum = 16
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 78 ***(pic 200) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 79 ***(pic 200) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 80 ***(pic 200) [x=6 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 81 ***(pic 200) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = -4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 82 ***(pic 200) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 83 ***(pic 200) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 84 ***(pic 200) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 85 ***(pic 200) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 86 ***(pic 200) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 6
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 87 ***(pic 200) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 88 ***(pic 200) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 14
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 89 ***(pic 200) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 28
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 90 ***(pic 200) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 91 ***(pic 200) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 92 ***(pic 200) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 12
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 93 ***(pic 200) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 14
Pred.mXLum = 12
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 94 ***(pic 200) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 95 ***(pic 200) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (8)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 96 ***(pic 200) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 97 ***(pic 200) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 98 ***(pic 200) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 201) [x=6 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 201) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 201) [x=2 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 201) [x=3 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 201) [x=4 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 201) [x=5 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 201) [x=6 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 201) [x=7 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 201) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 201) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 201) [x=3 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 201) [x=4 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 201) [x=5 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 201) [x=6 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 201) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 201) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 201) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 201) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 201) [x=4 y=5] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 201) [x=5 y=5] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 201) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 201) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 21
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 201) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 201) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 201) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 201) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 201) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 21
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 201) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 4
Pred.mXLum = 24
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 201) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 201) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 201) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 201) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 3
Pred.mXLum = -1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 201) [x=2 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 201) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 201) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 201) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 12
Pred.mXLum = 21
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 201) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 14
Pred.mXLum = 16
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 201) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 201) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 20
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 201) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 8
Pred.mXLum = 24
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 201) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 201) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 201) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 201) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 201) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 12
Pred.mXLum = 16
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 201) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 16
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 201) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 14
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 201) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 12
Pred.mXLum = 20
Pred.mYLum = 14
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 201) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 23
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 201) [x=10 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 201) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = -1
Pred.mYLum = -5
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 201) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -5
mYLum[0] = -11
Pred.mXLum = 2
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 201) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 201) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 201) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = -10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 201) [x=9 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 201) [x=10 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 201) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = -7
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 201) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = -7
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 201) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 201) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 201) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 201) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 201) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 201) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 31
mYLum[0] = -24
Pred.mXLum = 24
Pred.mYLum = 6
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 201) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 12
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 201) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 201) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 201) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 8
Pred.mXLum = 29
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 201) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = -2
Pred.mYLum = -8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 201) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 201) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 22
Pred.mXLum = 38
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 201) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 22
Pred.mXLum = 36
Pred.mYLum = 22
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 201) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 41
mYLum[0] = 21
Pred.mXLum = 40
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 201) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 30
Pred.mXLum = 41
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 201) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 13
Pred.mXLum = 32
Pred.mYLum = 30
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 201) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 201) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 12
Pred.mXLum = 25
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 201) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 29
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 201) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 56
Pred.mXLum = 29
Pred.mYLum = 17
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 201) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 14
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 201) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 62
mYLum[0] = 18
Pred.mXLum = 36
Pred.mYLum = 22
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 201) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 24
Pred.mXLum = 40
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 201) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 30
Pred.mXLum = 40
Pred.mYLum = 22
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 201) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 32
Pred.mYLum = 30
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 201) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 201) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 2
Pred.mXLum = 25
Pred.mYLum = 13
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 201) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 12
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 201) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 201) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 25
Pred.mYLum = 17
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 201) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       4 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 202) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 202) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = -8
Pred.mXLum = 20
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 202) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 20
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 202) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 202) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 8
Pred.mXLum = 20
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 202) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 202) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 202) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 202) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 202) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 202) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 202) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 202) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 202) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 21
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 202) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 202) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 202) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 202) [x=3 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 202) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       6 (8)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 202) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 202) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 202) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 202) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 25
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 202) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 202) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -9
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 202) [x=2 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 202) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 202) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 202) [x=5 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 202) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 202) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 1
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 202) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 28
Pred.mXLum = 21
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 202) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 28
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 202) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 202) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 202) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 25
Pred.mXLum = -1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 202) [x=2 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 202) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -12
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 202) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 202) [x=5 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 202) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 17
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 202) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 10
Pred.mXLum = 21
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 202) [x=8 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 202) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 202) [x=10 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 202) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 7
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 202) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 202) [x=9 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 202) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 202) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = -1
Pred.mYLum = 3
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 202) [x=1 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 202) [x=9 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 202) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 202) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 30
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 202) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 202) [x=9 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 202) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 202) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 202) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = -8
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 202) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 0
Pred.mXLum = 3
Pred.mYLum = 3
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 202) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 62
Pred.mXLum = 3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 202) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 202) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 202) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 202) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 202) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 202) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 36
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 202) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 202) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 50
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 202) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 26
Pred.mXLum = 28
Pred.mYLum = 50
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 202) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 22
Pred.mXLum = 5
Pred.mYLum = 26
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 202) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 32
Pred.mXLum = 16
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 202) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 24
Pred.mYLum = 32
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 202) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 24
Pred.mXLum = 24
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 202) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 202) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 32
Pred.mXLum = 29
Pred.mYLum = 10
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 202) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 202) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 202) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 30
Pred.mXLum = 28
Pred.mYLum = 28
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 202) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 26
Pred.mYLum = 30
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 202) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 202) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 0
Pred.mXLum = 16
Pred.mYLum = 22
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 202) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 21
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 202) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 21
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 202) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 202) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 202) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 22
Pred.mXLum = 28
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 203) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 203) [x=3 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 203) [x=7 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 203) [x=2 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 203) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 203) [x=4 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 203) [x=5 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 203) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 203) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 203) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 203) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 203) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = -26
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 203) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 203) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 26
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 203) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 203) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 203) [x=3 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       1 (2)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 203) [x=4 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 203) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = -22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 24
mYLum[0] = 22
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 203) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 203) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 203) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 46
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 203) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 24
Pred.mXLum = 46
Pred.mYLum = 24
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 203) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 203) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 203) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 203) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 203) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 203) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 203) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = -1
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 203) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 203) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 17
Pred.mXLum = -3
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 203) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 25
Pred.mXLum = 33
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 203) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 26
Pred.mXLum = 25
Pred.mYLum = 25
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 203) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 28
Pred.mXLum = 17
Pred.mYLum = 26
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 203) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 28
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 203) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 203) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 203) [x=1 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 203) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 203) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 203) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 38
Pred.mXLum = 22
Pred.mYLum = 25
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 203) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 23
mYLum[0] = 24
Pred.mXLum = 24
Pred.mYLum = 28
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 203) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 23
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 203) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 203) [x=10 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 203) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 59
Pred.mXLum = -1
Pred.mYLum = 31
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 203) [x=1 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 203) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 203) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -1
Pred.mYLum = 59
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 203) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 203) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 203) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 203) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 203) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 203) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 46
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 203) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 203) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 203) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = -1
Pred.mYLum = 3
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 203) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -12
Pred.mXLum = 18
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 203) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 30
Pred.mYLum = 22
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 203) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 22
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 203) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 203) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = -22
Pred.mXLum = 30
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 203) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (0)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 203) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 48
Pred.mXLum = 1
Pred.mYLum = -7
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 203) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 32
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 203) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 40
Pred.mXLum = 25
Pred.mYLum = 32
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 203) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 25
Pred.mXLum = 24
Pred.mYLum = 40
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 203) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 24
Pred.mXLum = 21
Pred.mYLum = 25
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 203) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 203) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 26
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 203) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 26
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 203) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 203) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 0
Pred.mXLum = 26
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 203) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 33
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 203) [x=0 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 203) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 32
Pred.mXLum = 24
Pred.mYLum = 32
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 203) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 52
Pred.mXLum = 21
Pred.mYLum = 32
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 203) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 26
Pred.mXLum = 24
Pred.mYLum = 25
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 203) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 203) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 22
Pred.mYLum = 22
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 203) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 203) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 30
Pred.mXLum = 24
Pred.mYLum = 22
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 203) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 24
Pred.mXLum = 32
Pred.mYLum = 22
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 203) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 40
Pred.mYLum = 0
mXLum[1] = 30
mYLum[1] = 22
Pred.mXLum = 30
Pred.mYLum = 24
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 203) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 13
Pred.mXLum = 30
Pred.mYLum = 22
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 204) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 204) [x=3 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 204) [x=4 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 204) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 204) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 204) [x=8 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 204) [x=2 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 204) [x=3 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 204) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 204) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 204) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 204) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 204) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 204) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 204) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 204) [x=5 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 204) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 18
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 204) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 18
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 204) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 17
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 204) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 204) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 204) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 26
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 204) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 21
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 204) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 204) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 204) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = -3
Pred.mXLum = 24
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 204) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 25
Pred.mYLum = 22
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 204) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 204) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 24
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 204) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 204) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 204) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 204) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 204) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 204) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 204) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = -39
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 204) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 8
Pred.mXLum = -11
Pred.mYLum = -39
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 204) [x=7 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 204) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 204) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 204) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 204) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 204) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 204) [x=4 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 204) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 204) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 204) [x=8 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 204) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 204) [x=10 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 204) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 47
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 204) [x=9 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 204) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 204) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 204) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 204) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 204) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 204) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 204) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 15
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 204) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 6
Pred.mXLum = 3
Pred.mYLum = 3
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 204) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 12
Pred.mXLum = 3
Pred.mYLum = 3
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 204) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 21
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 204) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -8
Pred.mXLum = 1
Pred.mYLum = 21
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 204) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 4
Pred.mXLum = 28
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 204) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -6
Pred.mXLum = 30
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 204) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 204) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -55
mYLum[0] = 61
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 204) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 32
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 204) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 204) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 46
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 204) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 32
Pred.mXLum = -2
Pred.mYLum = 46
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 204) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 32
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 204) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 204) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 29
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 204) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 26
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 204) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 26
Pred.mYLum = 26
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 204) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 20
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 204) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 204) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 204) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 17
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 204) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 32
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 204) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 34
Pred.mXLum = 22
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 204) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 34
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 204) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 26
Pred.mXLum = 25
Pred.mYLum = 22
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 204) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 204) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 22
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 204) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 25
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 204) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 20
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 204) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 22
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 204) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 204) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 24
Pred.mXLum = 26
Pred.mYLum = 20
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 205) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 205) [x=5 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 205) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 37
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 205) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 37
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 205) [x=8 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 205) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 56
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 205) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 37
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 205) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 205) [x=8 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 205) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 205) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 205) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 205) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 16
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 205) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 205) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 7
mYLum[0] = -52
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 205) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = -7
Pred.mXLum = 2
Pred.mYLum = -6
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 205) [x=2 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 205) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 205) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 205) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 205) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 205) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 205) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = -24
Pred.mXLum = 24
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 205) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 205) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 24
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 205) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 25
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 205) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 205) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 205) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 205) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 205) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 205) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 205) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 205) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 36
Pred.mXLum = 20
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 205) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 14
Pred.mXLum = 16
Pred.mYLum = 36
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 205) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 26
Pred.mXLum = 12
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 205) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -60
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 205) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 22
Pred.mXLum = -8
Pred.mYLum = -60
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 205) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 8
Pred.mXLum = 16
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 205) [x=1 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 205) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 205) [x=7 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 205) [x=8 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 205) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 205) [x=10 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 205) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 205) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 205) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 205) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = 27
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 205) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 205) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 52
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 205) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 205) [x=0 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 205) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       3 (3)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 205) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 205) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -35
Pred.mXLum = 2
Pred.mYLum = 20
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 205) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 205) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 205) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 205) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 32
Pred.mXLum = 24
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 205) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 40
Pred.mXLum = 0
Pred.mYLum = 22
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 205) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 205) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 205) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 205) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 34
Pred.mXLum = 1
Pred.mYLum = 26
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 205) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 1
Pred.mYLum = 34
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 205) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 24
Pred.mXLum = 29
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 205) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 32
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 205) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 205) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 25
Pred.mXLum = 26
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 205) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 25
Pred.mYLum = 25
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 205) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 205) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 205) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 205) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 30
Pred.mXLum = 30
Pred.mYLum = 18
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 205) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 22
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 205) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 24
Pred.mXLum = 30
Pred.mYLum = 22
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 205) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 205) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 22
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 205) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 205) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 25
Pred.mYLum = 22
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 205) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 22
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 205) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 205) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 30
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 205) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 38
mYLum[0] = 10
Pred.mXLum = 32
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 205) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 18
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 206) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 206) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 29
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 206) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 24
Pred.mXLum = 21
Pred.mYLum = 29
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 206) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = 26
Pred.mXLum = 20
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 206) [x=8 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 206) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 20
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 206) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 206) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 24
Pred.mXLum = 20
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 206) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 206) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 206) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (5)
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 206) [x=4 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 206) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 20
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 206) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 206) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 8
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 206) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 32
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 206) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 33
Pred.mXLum = 25
Pred.mYLum = 24
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 206) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 33
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 206) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 206) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 25
Pred.mXLum = 26
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 206) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 206) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 206) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 26
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 206) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 206) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 26
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 206) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 206) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 206) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 26
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 206) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 17
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 206) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 206) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 206) [x=3 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 206) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 206) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 10
Pred.mXLum = 10
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 206) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 206) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 33
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 206) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 8
Pred.mXLum = 37
Pred.mYLum = 33
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 206) [x=1 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 206) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 206) [x=7 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 206) [x=8 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 206) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 206) [x=10 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 206) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 206) [x=1 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 206) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 206) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 206) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -1
mYLum[0] = -5
Pred.mXLum = 1
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 206) [x=1 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 206) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = -2
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 206) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 206) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -1
Pred.mYLum = -5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 206) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 206) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 206) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 27
mYLum[0] = 0
Pred.mXLum = 24
Pred.mYLum = 16
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 206) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 45
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 206) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 206) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 24
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 206) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 206) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 45
Pred.mXLum = 1
Pred.mYLum = 45
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 206) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 60
Pred.mXLum = 1
Pred.mYLum = 45
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 206) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 206) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       7 (6)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 206) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 45
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 206) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 1
Pred.mYLum = 45
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 206) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 24
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 206) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 24
Pred.mXLum = 28
Pred.mYLum = 22
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 206) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 25
Pred.mXLum = 29
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 206) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 17
Pred.mXLum = 29
Pred.mYLum = 25
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 206) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 33
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 206) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 206) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 206) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 24
Pred.mXLum = 30
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 206) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 206) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 12
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 206) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 28
Pred.mXLum = 26
Pred.mYLum = 22
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 206) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 206) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 24
Pred.mXLum = 29
Pred.mYLum = 24
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 206) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 24
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 206) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 40
mYLum[0] = 10
Pred.mXLum = 32
Pred.mYLum = 18
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 206) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 20
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 206) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 20
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 206) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 20
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 206) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 22
Pred.mXLum = 32
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 206) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 16
Pred.mXLum = 32
Pred.mYLum = 22
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 207) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 30
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 207) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 12
Pred.mXLum = 30
Pred.mYLum = 30
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 207) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 207) [x=7 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 207) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 58
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 207) [x=2 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 207) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 207) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 28
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 207) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 207) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 207) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 42
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 207) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 207) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 22
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 207) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 24
Pred.mXLum = 28
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 207) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 207) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 207) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 207) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 13
Pred.mXLum = 28
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 207) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 207) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 25
Pred.mXLum = 28
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 207) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 24
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 207) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 207) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 207) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 29
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 207) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 29
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 207) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 207) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 207) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 26
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 207) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 29
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 207) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 207) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 29
Pred.mYLum = 20
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 207) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 29
mYLum[0] = 16
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 207) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 207) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 207) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 207) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 60
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 207) [x=10 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 207) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 207) [x=1 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 207) [x=2 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 207) [x=5 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 207) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 207) [x=7 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 207) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 207) [x=10 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 207) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 207) [x=1 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 207) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 207) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 207) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -62
Pred.mXLum = 0
Pred.mYLum = -14
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 207) [x=1 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -62
mXLum[1] = 0
mYLum[1] = 0
Pred.mXLum = 8
Pred.mYLum = 0
mXLum[2] = 24
mYLum[2] = 24
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -4
mYLum[3] = 22
Pred.mXLum = 8
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 207) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 207) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -55
Pred.mXLum = 2
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 207) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 62
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 207) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 1
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 207) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 207) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -64
Pred.mXLum = 26
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 207) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 46
Pred.mXLum = 1
Pred.mYLum = 22
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 207) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 22
Pred.mXLum = 1
Pred.mYLum = 46
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 207) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 207) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 207) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 22
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 207) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 24
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 207) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 207) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 207) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 24
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 207) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 22
Pred.mXLum = 2
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 207) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 24
Pred.mXLum = 30
Pred.mYLum = 22
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 207) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 24
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 207) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 24
Pred.mXLum = 32
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 207) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 24
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 207) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 207) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 33
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 207) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 18
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 207) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 37
mYLum[0] = 28
Pred.mXLum = 33
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 207) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 207) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 207) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 24
Pred.mXLum = 26
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 207) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 30
Pred.mYLum = 24
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 207) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 207) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 10
Pred.mXLum = 24
Pred.mYLum = 20
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 207) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 207) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 16
Pred.mXLum = 32
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 207) [x=7 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 22
Pred.mXLum = 32
Pred.mYLum = 18
mXLum[1] = 34
mYLum[1] = 22
Pred.mXLum = 33
Pred.mYLum = 18
mXLum[2] = 30
mYLum[2] = 0
Pred.mXLum = 34
Pred.mYLum = 22
mXLum[3] = 36
mYLum[3] = -2
Pred.mXLum = 34
Pred.mYLum = 22
CBP     25
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 207) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 16
Pred.mXLum = 34
Pred.mYLum = 22
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 207) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 14
Pred.mXLum = 36
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 207) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 4
Pred.mXLum = 36
Pred.mYLum = 14
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 208) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 208) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 26
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 208) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 208) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 208) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 208) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 208) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -64
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 208) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 20
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 208) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 25
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 208) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 208) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 208) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 208) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 208) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 208) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 208) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 20
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 208) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 208) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 18
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 208) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 208) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 208) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 26
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 208) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 208) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 20
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 208) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 28
mYLum[0] = 16
Next MB To be encoded : 8, 5
*************** MB = 27 skipped*************
mXLum[0] = 28
mYLum[0] = 16
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 208) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 14
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 208) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 208) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 28
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 208) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 17
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 208) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 208) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 208) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 208) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 208) [x=2 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 208) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 208) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 28
Pred.mXLum = 24
Pred.mYLum = 28
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 208) [x=7 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 208) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 208) [x=9 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 208) [x=10 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 208) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 38
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 208) [x=3 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 208) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 208) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 22
Pred.mYLum = 28
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 208) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 208) [x=7 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 208) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 208) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 8 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 208) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 208) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 208) [x=10 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 208) [x=0 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = 4
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 40
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = -10
mYLum[3] = 40
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 208) [x=1 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       2 (2)
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 208) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 208) [x=10 y=3] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 208) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 52
Pred.mXLum = 0
Pred.mYLum = 40
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 208) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 208) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 30
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 208) [x=10 y=4] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 208) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = -2
Pred.mYLum = 52
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 208) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 208) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 208) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = -64
Pred.mXLum = 30
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 208) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 208) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 14
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 208) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 208) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 18
Pred.mXLum = 32
Pred.mYLum = 18
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 208) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 18
Pred.mXLum = 29
Pred.mYLum = 20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 208) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 29
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 208) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 29
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 208) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 208) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 208) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 28
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 208) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 21
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 208) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 22
Pred.mXLum = 29
Pred.mYLum = 20
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 208) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 30
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 208) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 32
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 208) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 208) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 29
Pred.mYLum = 18
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 208) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 208) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 30
Pred.mYLum = 18
mXLum[1] = 28
mYLum[1] = 22
Pred.mXLum = 30
Pred.mYLum = 20
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 208) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 208) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 208) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 10
Pred.mXLum = 29
Pred.mYLum = 20
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 208) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 0
Pred.mXLum = 30
Pred.mYLum = 20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 208) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 32
mYLum[0] = 20
Pred.mXLum = 30
Pred.mYLum = 18
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 208) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 208) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 33
mYLum[0] = 24
Pred.mXLum = 32
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 208) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 32
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 209) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 209) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 209) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 209) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 24
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 209) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 20
Pred.mXLum = 29
Pred.mYLum = 17
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 209) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 209) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 209) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 209) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 209) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 17
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 209) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 14
Pred.mXLum = 26
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 209) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 209) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 30
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 209) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 209) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 14
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 209) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 26
mYLum[0] = 18
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 209) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 209) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 25
Pred.mXLum = 28
Pred.mYLum = 16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 209) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 209) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 26
mYLum[0] = 16
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 209) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 209) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 16
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 209) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 209) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 28
Pred.mYLum = 18
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 209) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 209) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 209) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 26
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 209) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 21
Pred.mXLum = 25
Pred.mYLum = 16
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 209) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 25
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 209) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 20
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 209) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 209) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 209) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 209) [x=4 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 209) [x=6 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 209) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 209) [x=9 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 209) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 209) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 209) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 209) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 209) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 209) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -11
mYLum[0] = 25
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 209) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = -11
Pred.mYLum = 25
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 209) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 209) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 209) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = -28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 209) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 209) [x=0 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 22
mXLum[1] = 28
mYLum[1] = 18
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 18
mYLum[3] = -24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 209) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 20
Pred.mXLum = -2
Pred.mYLum = 18
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 209) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 209) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -50
Pred.mXLum = 28
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 209) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -64
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 209) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 18
Pred.mYLum = -24
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 209) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 209) [x=10 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 209) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 209) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 17
Pred.mXLum = 2
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 209) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 21
Pred.mXLum = 28
Pred.mYLum = 22
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 209) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 34
mYLum[0] = 20
Pred.mXLum = 28
Pred.mYLum = 21
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 209) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 14
Pred.mXLum = 29
Pred.mYLum = 17
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 209) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 29
Pred.mYLum = 17
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 209) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 18
Pred.mXLum = 28
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 209) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 18
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 209) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 209) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 209) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 20
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 209) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 18
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 209) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 20
Pred.mXLum = 26
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 209) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 36
mYLum[0] = 22
Pred.mXLum = 29
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 209) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 4
Pred.mXLum = 34
Pred.mYLum = 21
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 209) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 28
Pred.mYLum = 14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=6 #t1=3
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 209) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 28
Pred.mYLum = 16
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 209) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 209) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (6)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 209) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 209) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 209) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 2
Pred.mXLum = 26
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 209) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 18
Pred.mXLum = 26
Pred.mYLum = 20
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 209) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 22
Pred.mXLum = 28
Pred.mYLum = 20
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 209) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 29
mYLum[0] = 16
Pred.mXLum = 25
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 209) [x=10 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = 4
mXLum[1] = 6
mYLum[1] = -50
Pred.mXLum = 22
Pred.mYLum = 4
mXLum[2] = 0
mYLum[2] = -52
Pred.mXLum = 6
Pred.mYLum = 0
mXLum[3] = 14
mYLum[3] = -62
Pred.mXLum = 0
Pred.mYLum = -50
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 210) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 210) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 210) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 210) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 210) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 5
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 210) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 25
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 210) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 210) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 13
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 22
mYLum[0] = 18
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 210) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 22
mYLum[0] = 18
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 210) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 10
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 210) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 210) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 210) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 14
Pred.mXLum = 21
Pred.mYLum = 13
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 210) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 210) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 22
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 210) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 17
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 210) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 12
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 210) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 210) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 210) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 210) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 17
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 210) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 17
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 210) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 18
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 210) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 24
Pred.mYLum = 16
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 210) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 16
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 210) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 210) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 210) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 210) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 210) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 210) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 210) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 18
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 210) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 210) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 210) [x=2 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 210) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 210) [x=5 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 0
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 210) [x=7 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 210) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 210) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -31
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 210) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 28
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 210) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 210) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 210) [x=6 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 210) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 210) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 210) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 210) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 210) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 58
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 210) [x=9 y=2] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 210) [x=0 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 14
mYLum[1] = -6
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = -8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 24
mYLum[3] = 16
Pred.mXLum = 0
Pred.mYLum = -6
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 210) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = -6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 210) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 210) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 210) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 17
Pred.mXLum = 22
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 210) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 210) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 17
Pred.mYLum = 5
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 210) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 9
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 210) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 9
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 210) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 210) [x=10 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 210) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 210) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 210) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 18
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 210) [x=10 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 210) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 210) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 21
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 210) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 210) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 24
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 210) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 210) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 21
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 210) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 18
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 210) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 210) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 20
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 210) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 26
mYLum[0] = 22
Pred.mXLum = 24
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 210) [x=10 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 210) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 21
Pred.mYLum = 14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 210) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 16
Pred.mXLum = 22
Pred.mYLum = 16
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 210) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 14
Pred.mXLum = 22
Pred.mYLum = 16
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 210) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 210) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 16
Pred.mXLum = 21
Pred.mYLum = 16
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 210) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 210) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = -2
Pred.mXLum = 22
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 210) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 20
Pred.mXLum = 22
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 210) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 24
Pred.mYLum = 20
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 210) [x=9 y=8] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 210) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 211) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 211) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 21
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 211) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 211) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = -3
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 211) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 211) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 21
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 211) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 211) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 211) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 211) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 18
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 211) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 20
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 211) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 211) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 211) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 211) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 16
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 211) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 211) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 14
Pred.mXLum = 16
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 211) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 211) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 211) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 211) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 211) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 16
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 211) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 211) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 211) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 211) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 18
mYLum[0] = 16
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 211) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 211) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 14
Pred.mXLum = 17
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 211) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 211) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 211) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 211) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 16
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 211) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 16
Pred.mXLum = 18
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 211) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 211) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 211) [x=6 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 211) [x=7 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 211) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 211) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 211) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 211) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 17
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 211) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 211) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 17
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 211) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 211) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 211) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 211) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 211) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -14
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 211) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 211) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 211) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 58
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 211) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 211) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 9
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 211) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 25
mYLum[0] = 13
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 211) [x=10 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (0)
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 211) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 211) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 211) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 14
Pred.mXLum = 25
Pred.mYLum = 13
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 211) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 21
Pred.mYLum = 13
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 211) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 211) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 211) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 21
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 211) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 18
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 211) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 211) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 211) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 18
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 211) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 17
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 211) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 17
Pred.mXLum = 16
Pred.mYLum = 16
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 211) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 17
Pred.mYLum = 17
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 211) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 18
Pred.mXLum = 18
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 211) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 18
Pred.mXLum = 20
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 211) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 17
Pred.mXLum = 20
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 211) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 34
Pred.mXLum = 22
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 211) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 22
Pred.mXLum = 22
Pred.mYLum = 18
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 211) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 16
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=4 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 211) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 211) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 211) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 211) [x=4 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 17
mXLum[1] = 14
mYLum[1] = 18
Pred.mXLum = 18
Pred.mYLum = 17
mXLum[2] = 0
mYLum[2] = -14
Pred.mXLum = 18
Pred.mYLum = 16
mXLum[3] = 18
mYLum[3] = 0
Pred.mXLum = 14
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 211) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 20
mYLum[0] = 12
Pred.mXLum = 18
Pred.mYLum = 18
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 211) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 211) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 211) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 211) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 21
mYLum[0] = 0
Pred.mXLum = 22
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 211) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 18
Pred.mXLum = 22
Pred.mYLum = 22
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 212) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 212) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 212) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 212) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 14
Pred.mXLum = 14
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 212) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 212) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 212) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 212) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 212) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 212) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 212) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 212) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 212) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 14
Pred.mYLum = 18
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 212) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 212) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 12
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 212) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 212) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 212) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 212) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 212) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 212) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 212) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 212) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 212) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 212) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 212) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 212) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 16
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 212) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 14
Pred.mXLum = 16
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 212) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 14
mYLum[0] = 16
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 14
mYLum[0] = 16
Next MB To be encoded : 5, 6
*************** MB = 31 skipped*************
mXLum[0] = 14
mYLum[0] = 16
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 212) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 212) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 16
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 212) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 212) [x=3 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = -64
Pred.mXLum = -12
Pred.mYLum = 0
mXLum[2] = 10
mYLum[2] = 20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 12
mYLum[3] = 22
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 212) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = -64
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 212) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 212) [x=6 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 212) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 212) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 212) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 212) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 212) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 34
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 212) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 20
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 212) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 212) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 212) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 26
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 212) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 212) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 22
mYLum[0] = 26
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 212) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 212) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 212) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 212) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 212) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 28
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 212) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 212) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 212) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 30
Pred.mXLum = 1
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 212) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 28
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 212) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 212) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 212) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 30
mXLum[1] = 16
mYLum[1] = 18
Pred.mXLum = 16
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 212) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 16
Pred.mYLum = 18
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 212) [x=9 y=5] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 22
Pred.mXLum = 2
Pred.mYLum = 0
mXLum[1] = 16
mYLum[1] = 16
Pred.mXLum = 14
Pred.mYLum = 16
mXLum[2] = 16
mYLum[2] = 14
Pred.mXLum = 14
Pred.mYLum = 16
mXLum[3] = -12
mYLum[3] = 10
Pred.mXLum = 16
Pred.mYLum = 16
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 212) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 16
Pred.mXLum = 16
Pred.mYLum = 16
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 212) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 212) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 13
Pred.mYLum = 17
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 212) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 14
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 212) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 16
Pred.mXLum = 17
Pred.mYLum = 16
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 212) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 212) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 212) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 212) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
mXLum[1] = 16
mYLum[1] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 212) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 212) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 18
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 212) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 212) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 212) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 42
Pred.mXLum = 16
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 212) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 6
Pred.mXLum = 17
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 212) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 18
Pred.mXLum = 17
Pred.mYLum = 16
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 212) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 16
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 212) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 212) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 212) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 16
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 212) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 4
Pred.mXLum = 14
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 212) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 212) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 212) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (6)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 212) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 17
Pred.mYLum = 6
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 212) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 1
Pred.mXLum = 17
Pred.mYLum = 18
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 212) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 18
Pred.mXLum = 17
Pred.mYLum = 6
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 213) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 213) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 213) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 213) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 10
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 213) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 17
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 213) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 17
Pred.mXLum = 12
Pred.mYLum = 18
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 213) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 9
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 213) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 213) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 20
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 213) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 213) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 213) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 14
Pred.mXLum = 9
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 213) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 16
Pred.mXLum = 9
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 213) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 213) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 10
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 213) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 16
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 213) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 213) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 213) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 16
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 213) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 12
Pred.mYLum = 18
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 skipped*************
mXLum[0] = 12
mYLum[0] = 16
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 213) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 16
Pred.mXLum = 10
Pred.mYLum = 16
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 213) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 213) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 213) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 213) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 213) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 213) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 213) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 213) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 213) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 213) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 skipped*************
mXLum[0] = 12
mYLum[0] = 18
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 213) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 213) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 17
mYLum[0] = 13
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 213) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 213) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 213) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 213) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 213) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 213) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 25
Pred.mXLum = 18
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 213) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 25
Pred.mXLum = 1
Pred.mYLum = 25
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 213) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 213) [x=9 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 213) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 213) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 213) [x=1 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 213) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 213) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 213) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 20
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 213) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 10
Pred.mYLum = 24
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 213) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 25
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 213) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 213) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 10
Pred.mYLum = 18
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 213) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 213) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 213) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 213) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 22
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 213) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 213) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 20
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 213) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 20
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 213) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 213) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 213) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 213) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 213) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 213) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 213) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 213) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 213) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 16
Pred.mXLum = 12
Pred.mYLum = 16
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 213) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 17
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 213) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 213) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 213) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 20
Pred.mXLum = 13
Pred.mYLum = 17
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 213) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 213) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 213) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 213) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 213) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 213) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 213) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 20
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 213) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 213) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 24
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 213) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 26
Pred.mXLum = 16
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 213) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 20
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 213) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 1
Pred.mYLum = 18
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 213) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 17
Pred.mXLum = 6
Pred.mYLum = 18
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 213) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 213) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 213) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 1
Pred.mXLum = 12
Pred.mYLum = 20
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 213) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 10
Pred.mXLum = 12
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 213) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 18
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 213) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 213) [x=8 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=2
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 213) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 16
mYLum[0] = 18
Pred.mXLum = 14
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 213) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 214) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 214) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 214) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 214) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 214) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 214) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 214) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 214) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 214) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 214) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 22
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 10
mYLum[0] = 18
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 214) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 214) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 10
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 214) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 214) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 214) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 214) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 214) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 214) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 214) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 9
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 214) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 214) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 214) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 214) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 214) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
mXLum[1] = 10
mYLum[1] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 10
mYLum[0] = 20
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 10
mYLum[0] = 20
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 214) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 214) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 18
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 9
mYLum[0] = 18
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 214) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 214) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 20
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 214) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 10
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 214) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 214) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 25
Pred.mXLum = 10
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 214) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 214) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 214) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 14
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 214) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 214) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 214) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 214) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 13
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 214) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 214) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 214) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 214) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 214) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 214) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 12
Pred.mYLum = 20
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 214) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 214) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 12
Pred.mXLum = 12
Pred.mYLum = 18
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 214) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 214) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 214) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 214) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 214) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 214) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 214) [x=10 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 214) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 18
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 214) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 214) [x=9 y=3] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -8
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 4
mYLum[2] = 6
Pred.mXLum = -6
Pred.mYLum = 0
mXLum[3] = 12
mYLum[3] = 22
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 214) [x=10 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       7 (3)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 214) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 214) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 214) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 4
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 214) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 22
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 214) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 214) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 214) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 22
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 214) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 22
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 214) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 16
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 214) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 214) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 10
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 214) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 26
Pred.mXLum = 12
Pred.mYLum = 22
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 214) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 17
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 214) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 214) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 214) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 214) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 9
Pred.mYLum = 20
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 214) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 26
Pred.mXLum = 9
Pred.mYLum = 21
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 214) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 26
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 214) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 9
Pred.mYLum = 22
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 214) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 12
Pred.mYLum = 24
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 214) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 14
mYLum[0] = 24
Pred.mXLum = 12
Pred.mYLum = 24
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 214) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 214) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 214) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 20
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 214) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 214) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 9
Pred.mYLum = 21
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 214) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 22
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 214) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 214) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 214) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 214) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 214) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       1 (7)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 215) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 215) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 20
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 215) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 20
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 215) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 215) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 20
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 215) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 24
Pred.mXLum = 9
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 215) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 24
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 215) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 215) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 215) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 215) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 9
mYLum[0] = 22
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 215) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 22
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 9
mYLum[0] = 20
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 215) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 215) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 215) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 8
mYLum[0] = 20
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 215) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 215) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 9
Pred.mYLum = 20
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 215) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 215) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 8
mYLum[0] = 20
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 215) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 215) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 8
mYLum[0] = 20
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 215) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 215) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 215) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 215) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 215) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 215) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 skipped*************
mXLum[0] = 8
mYLum[0] = 22
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 215) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 215) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = 21
Pred.mXLum = 8
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 215) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 215) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 215) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 12
Pred.mYLum = 22
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 215) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 215) [x=5 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 215) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 215) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 215) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 10
Pred.mYLum = 22
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 215) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 215) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 215) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 215) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 215) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 22
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 215) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 215) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 26
Pred.mXLum = 10
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 215) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 10
Pred.mYLum = 22
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 215) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 8
Pred.mYLum = 22
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 215) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 215) [x=9 y=1] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 215) [x=10 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 215) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 24
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 215) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 215) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 215) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 215) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 215) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 18
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 215) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 215) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 215) [x=1 y=4] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 10
Pred.mYLum = 18
mXLum[1] = 8
mYLum[1] = 16
Pred.mXLum = 10
Pred.mYLum = 18
mXLum[2] = 8
mYLum[2] = 18
Pred.mXLum = 8
Pred.mYLum = 16
mXLum[3] = 20
mYLum[3] = -4
Pred.mXLum = 8
Pred.mYLum = 18
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 215) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 215) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 9
Pred.mYLum = 18
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 215) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 215) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 215) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 22
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 215) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 22
Pred.mXLum = 9
Pred.mYLum = 22
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 215) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 215) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 215) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 29
Pred.mXLum = 9
Pred.mYLum = 22
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 215) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 9
Pred.mYLum = 22
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 215) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 18
mXLum[1] = 10
mYLum[1] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 215) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 215) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 215) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 215) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 5
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 215) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 9
Pred.mYLum = 21
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 215) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 6
Pred.mYLum = 22
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 215) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 22
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 215) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 18
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 215) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 24
Pred.mXLum = 9
Pred.mYLum = 24
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 215) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 18
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 215) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 215) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 5
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 215) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 6
Pred.mYLum = 20
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 215) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 22
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 215) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 215) [x=6 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (6)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 215) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 22
mXLum[1] = 4
mYLum[1] = 18
Pred.mXLum = 6
Pred.mYLum = 24
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 215) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 24
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 215) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 24
Pred.mXLum = 9
Pred.mYLum = 24
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 215) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 216) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 216) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 216) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 216) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 216) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 216) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 216) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 216) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 216) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 8
mYLum[0] = 18
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 216) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 216) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 216) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 216) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 216) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 216) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 216) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 6
mYLum[0] = 18
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 6
mYLum[0] = 18
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 216) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 20
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 216) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 216) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 17
Pred.mXLum = 6
Pred.mYLum = 18
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 216) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 216) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 216) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 6
mYLum[0] = 20
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 216) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 20
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 216) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 26
Pred.mXLum = 6
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 216) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 5
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 216) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 6
mYLum[0] = 18
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 216) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 216) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 20
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 216) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 6
Pred.mYLum = 20
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 216) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 22
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 216) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 216) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 216) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 10
Pred.mYLum = 20
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 216) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 216) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 12
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 216) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 216) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 216) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 21
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 216) [x=1 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 216) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 216) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 216) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 216) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 216) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 22
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 216) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 20
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 216) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -11
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 216) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 216) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 21
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 216) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 216) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 216) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = -2
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 216) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 216) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 17
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 216) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 216) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 216) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 216) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 216) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 216) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 216) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 16
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 216) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 1
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 216) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 20
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 8
mYLum[0] = 20
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 216) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 16
mXLum[1] = 8
mYLum[1] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 216) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 17
Pred.mXLum = 6
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 216) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 20
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 216) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 22
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 216) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 17
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 216) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 17
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 216) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 5
Pred.mYLum = 17
mXLum[1] = 6
mYLum[1] = 20
Pred.mXLum = 5
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 216) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 4
Pred.mYLum = 18
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 216) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 216) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 20
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 216) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 216) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 20
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 216) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 22
Pred.mXLum = 5
Pred.mYLum = 20
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 216) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 22
CBP     29
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 216) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 24
Pred.mXLum = 8
Pred.mYLum = 22
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 216) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = 1
Pred.mYLum = 16
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 216) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 5
Pred.mYLum = 18
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 216) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 216) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 216) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 216) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 216) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 5
Pred.mYLum = 20
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 216) [x=7 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 216) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 22
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 216) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 216) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 22
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 217) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 217) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
mXLum[1] = 8
mYLum[1] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 217) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 217) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 217) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 217) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 217) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 217) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 16
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 217) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 217) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 217) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 217) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 217) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 6
mYLum[0] = 14
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 217) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 217) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 16
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 217) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 217) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 217) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 217) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 217) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 217) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 6
mYLum[0] = 16
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 217) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 217) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 6
mYLum[0] = 16
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 217) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 217) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 217) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 6
mYLum[0] = 16
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 217) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 17
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 217) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 217) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 6
mYLum[0] = 16
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 217) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 38
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 217) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 217) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 217) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 217) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 217) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 217) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 20
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 217) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 217) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -23
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 217) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 217) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 14
Pred.mXLum = 1
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 217) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 14
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 217) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 8
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 217) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 16
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 217) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 217) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 6
mYLum[0] = 18
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 217) [x=9 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 217) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 217) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 14
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 217) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 217) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 217) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 18
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 217) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 217) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 217) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 217) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 18
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 217) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 217) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 1
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 217) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
mXLum[1] = 6
mYLum[1] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 217) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 217) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 14
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 217) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 1
Pred.mYLum = 14
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 217) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 217) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 6
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 217) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 217) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 217) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 217) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 217) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 14
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 217) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 14
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 217) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 4
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 217) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 217) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 217) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 217) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 217) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 18
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 217) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 16
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 217) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 217) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 8
Pred.mYLum = 18
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 217) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 14
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 217) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 5
Pred.mYLum = 16
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 217) [x=2 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (6)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 217) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 16
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 217) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 18
Pred.mXLum = 2
Pred.mYLum = 16
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 4
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 217) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 18
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 217) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 217) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 18
Pred.mXLum = 6
Pred.mYLum = 16
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 217) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 217) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 217) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 20
Pred.mXLum = 8
Pred.mYLum = 18
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 218) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 218) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 218) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 218) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 218) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 218) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 218) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 21
Pred.mXLum = 8
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 218) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 218) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 8
mYLum[0] = 12
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 218) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 218) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 218) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 218) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 218) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 218) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 6
mYLum[0] = 12
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 218) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 6
mYLum[0] = 12
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 218) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 skipped*************
mXLum[0] = 6
mYLum[0] = 14
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 218) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 218) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 218) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 218) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 218) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 218) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 218) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 218) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 218) [x=3 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=3
    Lum16DC totalrun = 9 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 8
mYLum[0] = 12
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 218) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 218) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 218) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 8
mYLum[0] = 14
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 218) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 218) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 218) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 218) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 218) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 218) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 218) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 218) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 22
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 218) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 218) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 218) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 218) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 218) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 218) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 6
Pred.mYLum = 12
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 218) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 218) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 218) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 218) [x=10 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = 22
mXLum[1] = -36
mYLum[1] = 2
Pred.mXLum = -3
Pred.mYLum = 22
mXLum[2] = 6
mYLum[2] = 12
Pred.mXLum = -18
Pred.mYLum = 8
mXLum[3] = -2
mYLum[3] = 2
Pred.mXLum = -18
Pred.mYLum = 8
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 218) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 218) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 218) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 218) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 218) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 218) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 10
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 218) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 218) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 12
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 218) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 218) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 13
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 218) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 12
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 218) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 8
Pred.mYLum = 14
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 218) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 12
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 218) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 218) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 9
Pred.mYLum = 13
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 218) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 9
Pred.mYLum = 13
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 218) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 12
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 218) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 12
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 218) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 10
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 218) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 218) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 12
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 218) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 218) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 218) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 218) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 218) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 9
Pred.mYLum = 13
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 218) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 218) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 218) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 218) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 14
mXLum[1] = 8
mYLum[1] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 218) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 218) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 218) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 218) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 218) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 12
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 218) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 13
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 218) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 14
Pred.mXLum = 6
Pred.mYLum = 12
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 218) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 14
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 218) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 218) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 8
Pred.mYLum = 14
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 218) [x=9 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
mXLum[1] = 8
mYLum[1] = 16
Pred.mXLum = 8
Pred.mYLum = 14
mXLum[2] = -10
mYLum[2] = -2
Pred.mXLum = 8
Pred.mYLum = 14
mXLum[3] = -14
mYLum[3] = -4
Pred.mXLum = 8
Pred.mYLum = 14
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 218) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 14
Pred.mXLum = 8
Pred.mYLum = 14
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 219) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 219) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 219) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 219) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 219) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 219) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 219) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 219) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 219) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 219) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 219) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 219) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 219) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 219) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 219) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 219) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 219) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 10
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 219) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 219) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 219) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 219) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 219) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 219) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 219) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 219) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 219) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 8
mYLum[0] = 10
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 219) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = -4
Pred.mXLum = 8
Pred.mYLum = 10
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 219) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 219) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 219) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 219) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 219) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 219) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 10
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 219) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 219) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 219) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 219) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 219) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 219) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 219) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 219) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 219) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 219) [x=8 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 219) [x=9 y=0] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=2 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 219) [x=0 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 219) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 219) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 219) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 219) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 219) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 219) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 219) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 219) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 219) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 219) [x=10 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 18
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 6
Pred.mXLum = 9
Pred.mYLum = 18
mXLum[3] = 0
mYLum[3] = 10
Pred.mXLum = 6
Pred.mYLum = 18
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 219) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 8
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 219) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 219) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 219) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 219) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 219) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 219) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 219) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     26
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 219) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 8
mYLum[1] = 6
Pred.mXLum = 8
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 219) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 219) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 219) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 219) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 219) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 219) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 8
mYLum[0] = 10
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 219) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 219) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 219) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 219) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 219) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 219) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 219) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 6
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 219) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 219) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 219) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 219) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 219) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 219) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 219) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 12
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 219) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 10
CBP     17
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 219) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 219) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 219) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 9
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 219) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 219) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 219) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 219) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 219) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 219) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 12
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 219) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 219) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 12
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 220) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 220) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 220) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 220) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 220) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 220) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 220) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 220) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 6
mYLum[0] = 6
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 220) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 220) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 220) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 220) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 220) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 220) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
mXLum[1] = 6
mYLum[1] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 6
mYLum[0] = 6
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 220) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 6
mXLum[1] = 6
mYLum[1] = 10
Pred.mXLum = 6
Pred.mYLum = 6
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 220) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 220) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 220) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 220) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 220) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 220) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 220) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 220) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 220) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 220) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 220) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 220) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 220) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 12
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 220) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 220) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 220) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 6
mYLum[0] = 8
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 6
mYLum[0] = 8
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 220) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 220) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 220) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 220) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 220) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 220) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 220) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 220) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 220) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 220) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 220) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 220) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 8
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 220) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 220) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 220) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 220) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 220) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 220) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 220) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 220) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 220) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 220) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 220) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[1] = 8
mYLum[1] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 220) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 220) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 220) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 6
CBP     30
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 220) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 220) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 220) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 220) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 220) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 220) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 5
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 220) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 220) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 8
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 220) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 220) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 220) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 220) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 220) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 220) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 220) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 220) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 220) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 220) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 8
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 220) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 220) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 220) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 220) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 220) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 220) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 220) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 220) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 220) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 220) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 220) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 220) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 220) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 220) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 220) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 220) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 221) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 221) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 221) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 221) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 221) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 221) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 221) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 221) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 221) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 221) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 221) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 221) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 5
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 221) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 221) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 221) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 4
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 221) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 4
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 221) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 221) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 221) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 221) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 221) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 221) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 221) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 221) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 5
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 221) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 221) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 221) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 221) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 221) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 221) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 221) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 221) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 221) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 5
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 221) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 221) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 6
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 221) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 221) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 221) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 221) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 221) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 221) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 8
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 221) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 221) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 221) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 221) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -12
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 221) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 6
mYLum[0] = 6
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 221) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 221) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 221) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 6
mYLum[0] = 6
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 221) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 221) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 221) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -19
Pred.mXLum = 0
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 221) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 221) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 221) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 221) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 221) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 8
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 8
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 221) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 221) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 221) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 221) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 skipped*************
mXLum[0] = 6
mYLum[0] = 4
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 221) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 221) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 221) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 221) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
mXLum[1] = 10
mYLum[1] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 221) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 221) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 221) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 10
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 221) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 221) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 6
mYLum[0] = 6
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 221) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 221) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 221) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 5
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 221) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 221) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 221) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 221) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 221) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 221) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 221) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 221) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 221) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 221) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 221) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 221) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 5
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 221) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 2
Pred.mYLum = 4
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 221) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 221) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 221) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 221) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 221) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -15
mYLum[0] = -3
Pred.mXLum = 6
Pred.mYLum = 9
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 221) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 222) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 222) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 222) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 222) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 222) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 222) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 222) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 222) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 222) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 5
mYLum[0] = 4
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 222) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 222) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 222) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 222) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 222) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 222) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 222) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 222) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 222) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 222) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 222) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 222) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 222) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 222) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 5
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 222) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 222) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 222) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 222) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 222) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 222) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 222) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 222) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 222) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 5
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 222) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 222) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 8
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 222) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 222) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 222) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 222) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 222) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 222) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 222) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 222) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 222) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 222) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 222) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 222) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 222) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 222) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 222) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 222) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 222) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 222) [x=10 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 222) [x=0 y=2] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 9
mXLum[1] = 6
mYLum[1] = 6
Pred.mXLum = 1
Pred.mYLum = 6
mXLum[2] = 0
mYLum[2] = -12
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[3] = 8
mYLum[3] = 4
Pred.mXLum = 0
Pred.mYLum = 6
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 222) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 222) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 222) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 222) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 222) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 222) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 222) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 222) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 222) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 222) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 222) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 222) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 222) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 222) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 222) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 222) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[1] = 6
mYLum[1] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 222) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 222) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 222) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 222) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 222) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 222) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 222) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 222) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 222) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 222) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 5
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 222) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 222) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 222) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 222) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 222) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 222) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 222) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 222) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 222) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 222) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 222) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 222) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 6
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 222) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 222) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 222) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 44
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 223) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 223) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 223) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 223) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 223) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 223) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 223) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 223) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 223) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 223) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 223) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 223) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 5
mYLum[0] = 6
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 5
mYLum[0] = 6
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 223) [x=2 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=8 #t1=1
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
  INTRA CHROMA AC
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 223) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 5
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 223) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 223) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 223) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 223) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 223) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 223) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 223) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 223) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 223) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 223) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 223) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 223) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 4
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 223) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 5
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 223) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 223) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 223) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 223) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 223) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 223) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 223) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 223) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 223) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 223) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 223) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 223) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 223) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 223) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 223) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 223) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -20
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 223) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 223) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 223) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 223) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 5
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 223) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 223) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 4
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 223) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 223) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 223) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 223) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 223) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 223) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 4
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 223) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 223) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 223) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 223) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 223) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 5
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 223) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 223) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 223) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 223) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 223) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 223) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 223) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 223) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 223) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 223) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 223) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 24
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 223) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
mXLum[1] = 6
mYLum[1] = 4
Pred.mXLum = 6
Pred.mYLum = 6
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 223) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 5
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 223) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 223) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 223) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 223) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 223) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 223) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 223) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 223) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 223) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 223) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 223) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     24
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 223) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
mXLum[1] = 4
mYLum[1] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 223) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 223) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 5
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 223) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 5
Pred.mYLum = 6
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 223) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 223) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 223) [x=8 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
mXLum[1] = -8
mYLum[1] = 0
Pred.mXLum = 6
Pred.mYLum = 6
mXLum[2] = -12
mYLum[2] = 0
Pred.mXLum = -7
Pred.mYLum = 1
mXLum[3] = 30
mYLum[3] = 20
Pred.mXLum = -8
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 223) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 223) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 6
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 224) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 224) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 224) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 5
Pred.mXLum = 6
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 224) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 5
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 224) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 224) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 224) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 224) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 224) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 224) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 224) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 224) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 224) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 224) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 224) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 224) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 224) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 224) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 224) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 224) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 224) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 224) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 224) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 224) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 224) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 224) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     36
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 224) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 13
mYLum[0] = -3
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 224) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 224) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 224) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 224) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 224) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 224) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 224) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 224) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 224) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 224) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 224) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 8
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 224) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 224) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 224) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 224) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 224) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 224) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 224) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 224) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 224) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 6
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 224) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 224) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 5
mYLum[0] = 8
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 5
mYLum[0] = 8
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 224) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 224) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 224) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 224) [x=10 y=1] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -24
mYLum[1] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 2
mYLum[2] = 8
Pred.mXLum = 5
Pred.mYLum = 8
mXLum[3] = 2
mYLum[3] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 224) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 6
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 224) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 224) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 224) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 224) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 224) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 224) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 224) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     20
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 224) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 224) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 224) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 224) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 224) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     19
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 224) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 224) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 224) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 8
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 224) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 6
mXLum[1] = 6
mYLum[1] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 224) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 6
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 224) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     17
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 224) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 14
Pred.mXLum = 5
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 224) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 224) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 224) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 224) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 224) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 224) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 224) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 224) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 5
Pred.mYLum = 8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 224) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 224) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 224) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 224) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 224) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 224) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
mXLum[1] = 2
mYLum[1] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     30
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 224) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 224) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 1
Pred.mXLum = 4
Pred.mYLum = 8
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 224) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 224) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 224) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 224) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 9
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 224) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 10
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 224) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 225) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 225) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 225) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 225) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 225) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 225) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 225) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 225) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 225) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 225) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 225) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 225) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 225) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 225) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 225) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 225) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 9
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 4
mYLum[0] = 10
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 225) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 225) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 225) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 18
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 225) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 225) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 225) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 225) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 225) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 225) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 225) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 5
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 225) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 225) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 225) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 225) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 225) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 225) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
mXLum[1] = 4
mYLum[1] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 225) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 225) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 225) [x=1 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 6
mYLum[1] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 6
mYLum[2] = 8
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 6
mYLum[3] = 10
Pred.mXLum = 6
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 225) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 6
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 225) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 225) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 5
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 225) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 225) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 225) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 225) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 225) [x=10 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 225) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 225) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 225) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 5
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 225) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 225) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 225) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 225) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 225) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 225) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 4
mYLum[0] = 10
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 225) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 225) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 5
mYLum[0] = 8
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 225) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 4
mYLum[0] = 10
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 225) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 8
mXLum[1] = 6
mYLum[1] = 10
Pred.mXLum = 5
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 225) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 225) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 225) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 225) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 225) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 225) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 8
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 225) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 225) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 225) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 225) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 225) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 225) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 225) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 225) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 225) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 225) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 225) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 225) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 225) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 225) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 10
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 225) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 225) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 225) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 225) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 225) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 225) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 225) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 225) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 225) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 225) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 225) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 225) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 225) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 225) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 225) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 225) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 225) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 226) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 226) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 226) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 226) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 226) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 226) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 226) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 226) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 226) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 226) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 226) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 226) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 226) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 226) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 226) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 226) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 226) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 226) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 226) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 226) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 226) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 226) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 2
Pred.mYLum = 10
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 226) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 226) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 226) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 226) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 226) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 226) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 226) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 226) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 226) [x=1 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 4
mYLum[1] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 2
mYLum[2] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 2
mYLum[3] = 8
Pred.mXLum = 2
Pred.mYLum = 12
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 226) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 12
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 226) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 226) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 226) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 226) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 226) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 226) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 226) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 226) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 226) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 226) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 226) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 226) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 226) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 1
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 226) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 226) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 226) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 226) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 226) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 226) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 226) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 226) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 10
mXLum[1] = 2
mYLum[1] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 226) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 226) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 226) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 226) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 226) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 226) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 226) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 226) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 226) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 226) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 226) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 226) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 9
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 226) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 226) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 10
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 226) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 226) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 226) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 226) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 226) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 226) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 226) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 226) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 226) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 226) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 226) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 226) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 226) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 226) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 226) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 226) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 226) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 9
Pred.mXLum = 2
Pred.mYLum = 10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 226) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 226) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 226) [x=7 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 10
mYLum[0] = 12
Pred.mXLum = 6
Pred.mYLum = 10
mXLum[1] = 16
mYLum[1] = 16
Pred.mXLum = 8
Pred.mYLum = 12
mXLum[2] = -6
mYLum[2] = 0
Pred.mXLum = 10
Pred.mYLum = 12
mXLum[3] = -24
mYLum[3] = -2
Pred.mXLum = 10
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 226) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -14
mYLum[0] = 2
Pred.mXLum = 8
Pred.mYLum = 12
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 226) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -30
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 12
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 226) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 12
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 227) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 227) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 227) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 227) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 227) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 227) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 227) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 227) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 227) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 227) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 227) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 227) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 227) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 227) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 227) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 227) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 227) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     26
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 227) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 227) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 227) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 227) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 227) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 227) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 227) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 227) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 227) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 227) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 227) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 227) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 227) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 227) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 227) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 227) [x=1 y=0] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 10
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[2] = 4
mYLum[2] = 12
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[3] = 4
mYLum[3] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 227) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 227) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 227) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 227) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 227) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 227) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 12
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 227) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 227) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 227) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 227) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 227) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 227) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 227) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 227) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 227) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 227) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 227) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 227) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 227) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 227) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 227) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 9
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 227) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 227) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 227) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 227) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 227) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 10
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 227) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 2
mYLum[0] = 10
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 227) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 227) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 10
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 227) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 227) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 227) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 227) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 227) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 227) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 16
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 227) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 227) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 227) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 227) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 227) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 227) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 227) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 227) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 227) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 227) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 227) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 227) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 10
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 227) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 227) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 227) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 227) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 227) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 227) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 12
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 227) [x=7 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 12
mXLum[1] = -2
mYLum[1] = 8
Pred.mXLum = 1
Pred.mYLum = 8
mXLum[2] = 10
mYLum[2] = 0
Pred.mXLum = -2
Pred.mYLum = 8
mXLum[3] = -2
mYLum[3] = -2
Pred.mXLum = -2
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 227) [x=8 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 6
mXLum[1] = 6
mYLum[1] = 10
Pred.mXLum = 1
Pred.mYLum = 8
mXLum[2] = -24
mYLum[2] = 0
Pred.mXLum = -2
Pred.mYLum = 8
mXLum[3] = -24
mYLum[3] = 0
Pred.mXLum = -4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 227) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -18
mYLum[0] = 2
Pred.mXLum = 6
Pred.mYLum = 12
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 227) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 228) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 228) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 228) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 228) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 228) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 228) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 228) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 228) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 228) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 228) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
mXLum[1] = 4
mYLum[1] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 228) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 228) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 228) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 228) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 228) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 228) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 228) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 228) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 228) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 228) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 16
Pred.mXLum = 4
Pred.mYLum = 10
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 228) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 228) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 228) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 228) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 228) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 228) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 228) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 12
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 228) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 12
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 228) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 228) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 228) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 228) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 228) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 228) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 13
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 228) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 12
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 228) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 228) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 228) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 228) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 228) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 228) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 228) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 228) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 228) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 228) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 228) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 228) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 228) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 228) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 4
mYLum[0] = 10
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 228) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 228) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 228) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 228) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 228) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 228) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 228) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 228) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 228) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 228) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 228) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 9
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 228) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 228) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 228) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 228) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 228) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 228) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 228) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 228) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 228) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 228) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 228) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 228) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 228) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 228) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 0
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 228) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 9
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 228) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 8
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 228) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 9
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 228) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 228) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 228) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 228) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 228) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 10
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 228) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 228) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 13
Pred.mXLum = 5
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 228) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 5
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 228) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 9
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 228) [x=0 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 9
mXLum[1] = 2
mYLum[1] = 10
Pred.mXLum = 1
Pred.mYLum = 9
mXLum[2] = 0
mYLum[2] = 0
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = 2
mYLum[3] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 228) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
mXLum[1] = 2
mYLum[1] = 12
Pred.mXLum = 2
Pred.mYLum = 10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 228) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 228) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 228) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 10
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 228) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 228) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 228) [x=7 y=8] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 22
Pred.mXLum = 8
Pred.mYLum = 12
mXLum[1] = -2
mYLum[1] = 8
Pred.mXLum = 8
Pred.mYLum = 13
mXLum[2] = -12
mYLum[2] = 0
Pred.mXLum = 4
Pred.mYLum = 8
mXLum[3] = -12
mYLum[3] = 0
Pred.mXLum = -2
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 228) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 10
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 228) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -24
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 228) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 2
Pred.mYLum = 6
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 229) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 229) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 229) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 229) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 229) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 229) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 229) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 229) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 229) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 229) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 229) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 229) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 229) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 2
mYLum[0] = 6
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 229) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 229) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 229) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 229) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 229) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 229) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 229) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 229) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 229) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 229) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 229) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 229) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 8
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 229) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 229) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 229) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 229) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 229) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 229) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 229) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 229) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 229) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 229) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 229) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 229) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 229) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 229) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 229) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 229) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 229) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 229) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 229) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = -4
Pred.mYLum = 8
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 229) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 229) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 229) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 229) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 229) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 229) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 229) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 229) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 2
mYLum[0] = 8
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 229) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 229) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 229) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 229) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 6
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 229) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 229) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 8
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 229) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 229) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 229) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 229) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 229) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 24
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 229) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 229) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 229) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 229) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 229) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 229) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 229) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 229) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 229) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 229) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 229) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 229) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 229) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 229) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 6
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 229) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 6
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 229) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 229) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 8
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 229) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 229) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 6
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 229) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 229) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 229) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 229) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 10
Pred.mXLum = 4
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 229) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 6
mXLum[1] = 0
mYLum[1] = 10
Pred.mXLum = 1
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 229) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 229) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 8
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 229) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 229) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 6
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 229) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 6
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 229) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 8
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 229) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 8
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 229) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 8
Pred.mXLum = 4
Pred.mYLum = 8
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 229) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = 5
Pred.mYLum = 10
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 229) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -16
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 10
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 230) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 230) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 230) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 230) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 230) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 230) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 230) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 5
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 230) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 230) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 230) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 230) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 230) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 5
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 230) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 5
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 230) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 230) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 230) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 230) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 230) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 230) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 230) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 230) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 230) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 230) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 2
mYLum[0] = 4
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 230) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 230) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 230) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 230) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 230) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 230) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 230) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 230) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 230) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 230) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 230) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 230) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 230) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 230) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 5
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 230) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 230) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 8
Pred.mXLum = 2
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 230) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 230) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 230) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 230) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 230) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 230) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 230) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 230) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 230) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 6
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 230) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 230) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 230) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 230) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 230) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 230) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 230) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 230) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 230) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 230) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 12
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 230) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 230) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 230) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 230) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 230) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 230) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 230) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 230) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 230) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 230) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 230) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 230) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 230) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 230) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 230) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 230) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 230) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 230) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 230) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 6
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 230) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 230) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 230) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 230) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 9
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 230) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
mXLum[1] = 2
mYLum[1] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 230) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 230) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 230) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 5
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 230) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 230) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 230) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 230) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 230) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 230) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 230) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 231) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 231) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 231) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 231) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 231) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 231) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 231) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 231) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 231) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 231) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 231) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 231) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 231) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 231) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 231) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 231) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 231) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 231) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 231) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 231) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 231) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 231) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 231) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 231) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 231) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 231) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 231) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 231) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 231) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 231) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 8
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 231) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 231) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 231) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 231) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 231) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 231) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 231) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 231) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 231) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 231) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 231) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 231) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 231) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 231) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 231) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 231) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 231) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 231) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 231) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 231) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 231) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 231) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 231) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 231) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 231) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     17
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 231) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 231) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 231) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 231) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 231) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 231) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 231) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 231) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 231) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 231) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 231) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 231) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 231) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 231) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 231) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
mXLum[1] = 4
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 231) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 231) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 4
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 231) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 231) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 231) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 231) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 231) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 231) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 231) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 231) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 231) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 231) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 231) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 231) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 231) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 231) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     24
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 231) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 231) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 231) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 231) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 231) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 231) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 231) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 231) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 232) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 232) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 232) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 232) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 232) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 232) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 232) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 232) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 232) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 232) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 232) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 232) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 232) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 232) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 232) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 232) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 232) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 232) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 232) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 9
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 232) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 232) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 232) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 232) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 232) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 232) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 232) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 232) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 232) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 232) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 232) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 232) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 232) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 232) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 232) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 232) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 232) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 232) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 232) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 232) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 232) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 232) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 232) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 232) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 232) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 232) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 232) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 232) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 232) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 232) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 232) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 232) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 232) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 232) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       3 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 232) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 232) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 232) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 232) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 232) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 232) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 232) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 232) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 232) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 232) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 232) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 232) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 232) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 232) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 232) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 232) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 232) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 10
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 232) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 232) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 232) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 232) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 232) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 232) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 232) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 232) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 232) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 232) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 232) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 232) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 232) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 232) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 232) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 232) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 232) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 232) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 232) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 232) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 232) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 232) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 232) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 232) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 232) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 233) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 233) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 233) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 233) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 233) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 233) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 233) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 233) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 233) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 233) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 233) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 233) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 233) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 233) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 233) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 233) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 233) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 233) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 233) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 233) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 233) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 233) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 233) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 233) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 233) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 233) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 233) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 233) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 233) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 233) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 233) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 233) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 233) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 233) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 233) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 233) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 233) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 233) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 233) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 233) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 233) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 233) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 233) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 233) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 233) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 233) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 233) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 233) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 233) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 233) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 233) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 233) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 233) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 233) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 233) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 233) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 233) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 233) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 233) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 233) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 233) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 233) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 233) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 233) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 233) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 233) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 233) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 233) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 233) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 233) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 233) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 233) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 233) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 233) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 233) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 233) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 233) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 233) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 233) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 233) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 233) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 233) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 233) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 233) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 233) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 233) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 233) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 233) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 233) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 233) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 234) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 234) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 234) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 234) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 234) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 234) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 234) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 234) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 234) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 234) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 234) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 234) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 234) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 234) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 234) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 234) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 234) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 234) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 234) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 234) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 234) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 234) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 234) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 234) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 234) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 234) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 234) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 234) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 234) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 234) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 234) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 234) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 234) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 234) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 234) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 234) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 234) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 234) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 234) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 234) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 234) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 234) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 234) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 234) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 234) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 234) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 234) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 234) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       7 (3)
Intra mode4x4 Dir     =       3 (3)
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 234) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 234) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 234) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 234) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 234) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 234) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 234) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 234) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 234) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 234) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 234) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 234) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 234) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 234) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 234) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 234) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 234) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 234) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 234) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 234) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 234) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 234) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 234) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 234) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 234) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 234) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 234) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 234) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 234) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 234) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 234) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 234) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 234) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 234) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 234) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 234) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 234) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 234) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 234) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 234) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 234) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 234) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 234) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 234) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 234) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 234) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 234) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 234) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 235) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 235) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 235) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 235) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 235) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 235) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 235) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 235) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 235) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 235) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 235) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 235) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 235) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 235) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 235) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 235) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 235) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 235) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 235) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 235) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 235) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 235) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 235) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 235) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 235) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 235) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 235) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 235) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 235) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 235) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 235) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 235) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 235) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 235) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 235) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 235) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 235) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 235) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 235) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 235) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 235) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 235) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 235) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 235) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 235) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 235) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 235) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 235) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 235) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 235) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 235) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 235) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 235) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 235) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 235) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 235) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 235) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 235) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 235) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 235) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 235) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 235) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 235) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 235) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 235) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 235) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 235) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 235) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 235) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 235) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 235) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 235) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 235) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 235) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 235) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 235) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     28
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 235) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 235) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 235) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 235) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 235) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 235) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 235) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 235) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 235) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 235) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 235) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 235) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 235) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 236) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 236) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 236) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 236) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 236) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 236) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 236) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 236) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 236) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 1
mYLum[0] = 4
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 236) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 236) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 236) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 236) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 236) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     32
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 236) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 236) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 236) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 236) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     41
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 236) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 236) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 236) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 236) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 236) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     21
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 236) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 236) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 236) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 236) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 236) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 236) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 236) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 236) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 6
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 236) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 236) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 236) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
mXLum[1] = 2
mYLum[1] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 236) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 236) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 236) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 236) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 236) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 236) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 236) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 236) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 236) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 236) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 236) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 236) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 236) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 236) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 236) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 236) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 236) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 236) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 236) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 236) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 236) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 236) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 236) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 236) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 236) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 236) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 236) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 236) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 236) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 236) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 236) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 236) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 236) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 236) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 236) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 236) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 236) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 236) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 236) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 236) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 236) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 236) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 236) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 236) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 236) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 4
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 236) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 236) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 236) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 236) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 236) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 236) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 236) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 236) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 236) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 4
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 236) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 236) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 236) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 237) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 237) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 237) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 237) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 237) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 237) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 237) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 237) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 237) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 237) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 237) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 237) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 237) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 237) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     18
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 237) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 237) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 237) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     26
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 237) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 237) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 237) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 237) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 237) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 237) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 237) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 237) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 237) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 237) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 237) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 237) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 237) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 237) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 237) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 237) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 237) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 237) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 237) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 237) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 237) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 237) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 237) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 237) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 237) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 237) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 237) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 237) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 237) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 237) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 237) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 237) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 237) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 237) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 237) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 237) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 237) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 237) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 237) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 237) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 237) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 237) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 237) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 237) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 237) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 237) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 237) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 237) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 237) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 237) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 237) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 237) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 237) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 237) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 237) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 237) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 237) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 237) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     20
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 237) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 237) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 237) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 237) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     21
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 237) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 237) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 237) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 237) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 237) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 237) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 237) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 237) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 237) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 237) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 237) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 237) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 237) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 237) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 237) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 238) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 238) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 238) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 238) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 238) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 238) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 238) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 238) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 238) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 238) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 238) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 238) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 238) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 238) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 238) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 238) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 238) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 238) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 238) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 238) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = -2
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 238) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 238) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 238) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 238) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 238) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 238) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 238) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 238) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 238) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 238) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 238) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 238) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 238) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 238) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 238) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 238) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 238) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 238) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 238) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 238) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 238) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 238) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 238) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 238) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 238) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 238) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 238) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 238) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 238) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 238) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 238) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 238) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 238) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 238) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 238) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 238) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 238) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 238) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 238) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 238) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 238) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 238) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 238) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 238) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 238) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 238) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 238) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 238) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 238) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 238) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 238) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 238) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 238) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 238) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 238) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 238) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 238) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 238) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 238) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 238) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 238) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 238) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 238) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 238) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 238) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 238) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 238) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 238) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 238) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 238) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 238) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 238) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 238) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 4
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 238) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 238) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 238) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 238) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 238) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 238) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 4, mMBY = 3, NbOfMax = 7, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 239) [x=4 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 1 ***(pic 239) [x=5 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (5)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 2 ***(pic 239) [x=6 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=11 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 4, 4
*************** MB = 3 ***(pic 239) [x=4 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=9 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 4 ***(pic 239) [x=5 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 5 ***(pic 239) [x=6 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=12 #t1=2
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
Next MB To be encoded : 6, 5
*************** MB = 6 ***(pic 239) [x=6 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=15 #t1=0
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=3 #c=9 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 92, 7 encoded MB in the image
CompressSlice 1
*************** MB = 7 ***(pic 239) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 8 ***(pic 239) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 9 ***(pic 239) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 10 ***(pic 239) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 11 ***(pic 239) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 12 ***(pic 239) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 13 ***(pic 239) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 14 ***(pic 239) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 15 ***(pic 239) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 16 ***(pic 239) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 17 ***(pic 239) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 18 ***(pic 239) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 19 ***(pic 239) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 20 ***(pic 239) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 21 ***(pic 239) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 22 ***(pic 239) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 23 ***(pic 239) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 24 ***(pic 239) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 25 ***(pic 239) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 26 ***(pic 239) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 27 ***(pic 239) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 28 ***(pic 239) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 29 ***(pic 239) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 30 ***(pic 239) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 31 ***(pic 239) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 32 ***(pic 239) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 33 ***(pic 239) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 34 ***(pic 239) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 35 ***(pic 239) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 36 ***(pic 239) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 37 ***(pic 239) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 38 ***(pic 239) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 39 ***(pic 239) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 40 ***(pic 239) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 41 ***(pic 239) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 42 ***(pic 239) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 43 ***(pic 239) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 44 ***(pic 239) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 45 ***(pic 239) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 46 ***(pic 239) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 47 ***(pic 239) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 48 ***(pic 239) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 49 ***(pic 239) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 50 ***(pic 239) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 51 ***(pic 239) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 52 ***(pic 239) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 53 ***(pic 239) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 54 ***(pic 239) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 55 ***(pic 239) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 56 ***(pic 239) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 57 ***(pic 239) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 58 ***(pic 239) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 59 ***(pic 239) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 60 ***(pic 239) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 61 ***(pic 239) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 239) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 239) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 239) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 239) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 239) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 239) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 239) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 239) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 239) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 239) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 239) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 239) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -8
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 239) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 239) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 239) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 239) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 239) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 239) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 239) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 239) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 239) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 239) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 239) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 239) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 239) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 239) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 239) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = -3
Pred.mYLum = 2
mXLum[1] = 0
mYLum[1] = 10
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 239) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 239) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 239) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 239) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 239) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 239) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 239) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 4
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 239) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 239) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 239) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 3, mMBY = 2, NbOfMax = 14, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 240) [x=3 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       4 (6)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 1 ***(pic 240) [x=4 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=11 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 2 ***(pic 240) [x=3 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (7)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 3 ***(pic 240) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 4 ***(pic 240) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 5 ***(pic 240) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 6 ***(pic 240) [x=3 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 7 ***(pic 240) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 8 ***(pic 240) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 9 ***(pic 240) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 10 ***(pic 240) [x=3 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=11 #t1=2
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 11 ***(pic 240) [x=4 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=10 #t1=2
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 12 ***(pic 240) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (6)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 13 ***(pic 240) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 85, 14 encoded MB in the image
CompressSlice 1
*************** MB = 14 ***(pic 240) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 15 ***(pic 240) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 16 ***(pic 240) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 17 ***(pic 240) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 18 ***(pic 240) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 19 ***(pic 240) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 20 ***(pic 240) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 21 ***(pic 240) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 22 ***(pic 240) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 23 ***(pic 240) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 24 ***(pic 240) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 25 ***(pic 240) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 26 ***(pic 240) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 27 ***(pic 240) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 28 ***(pic 240) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 29 ***(pic 240) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 30 ***(pic 240) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 31 ***(pic 240) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 32 ***(pic 240) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 33 ***(pic 240) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 34 ***(pic 240) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 35 ***(pic 240) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 36 ***(pic 240) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 37 ***(pic 240) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 38 ***(pic 240) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 39 ***(pic 240) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 40 ***(pic 240) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 41 ***(pic 240) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 42 ***(pic 240) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 43 ***(pic 240) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 44 ***(pic 240) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 45 ***(pic 240) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 46 ***(pic 240) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 47 ***(pic 240) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 48 ***(pic 240) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 49 ***(pic 240) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 50 ***(pic 240) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 51 ***(pic 240) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 52 ***(pic 240) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 53 ***(pic 240) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 54 ***(pic 240) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 55 ***(pic 240) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 56 ***(pic 240) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 57 ***(pic 240) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 58 ***(pic 240) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 59 ***(pic 240) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 60 ***(pic 240) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 61 ***(pic 240) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 240) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 240) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 240) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 240) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 240) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 240) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 240) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 240) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 240) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 240) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 240) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 240) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 240) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 240) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 240) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 240) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 240) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 240) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = -3
mYLum[0] = 1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 240) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 240) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 240) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 240) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 240) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 240) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 240) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 240) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = -2
Pred.mYLum = 2
mXLum[1] = -4
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 240) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 240) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 240) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 240) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 240) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 240) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 240) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 240) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 240) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 4
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 240) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 3, mMBY = 2, NbOfMax = 21, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 241) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 1 ***(pic 241) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 2
*************** MB = 2 ***(pic 241) [x=5 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 2
*************** MB = 3 ***(pic 241) [x=6 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=14 #t1=0
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=4 #t1=3
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 4 ***(pic 241) [x=7 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 5 ***(pic 241) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 6 ***(pic 241) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 7 ***(pic 241) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 8 ***(pic 241) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 9 ***(pic 241) [x=7 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=3
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 4
*************** MB = 10 ***(pic 241) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 11 ***(pic 241) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 12 ***(pic 241) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 13 ***(pic 241) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 4
mXLum[1] = -4
mYLum[1] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 14 ***(pic 241) [x=7 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=1
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 3, 5
*************** MB = 15 ***(pic 241) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 16 ***(pic 241) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 17 ***(pic 241) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 18 ***(pic 241) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 19 ***(pic 241) [x=7 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 7, 6
*************** MB = 20 ***(pic 241) [x=7 y=6] ****************
INTRA_16x16     6
CBP     0
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=3 #t1=2
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 78, 21 encoded MB in the image
CompressSlice 1
*************** MB = 21 ***(pic 241) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 22 ***(pic 241) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 23 ***(pic 241) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 24 ***(pic 241) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 25 ***(pic 241) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 26 ***(pic 241) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 27 ***(pic 241) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 28 ***(pic 241) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 29 ***(pic 241) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 30 ***(pic 241) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 31 ***(pic 241) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 32 ***(pic 241) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 33 ***(pic 241) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 34 ***(pic 241) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 35 ***(pic 241) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 36 ***(pic 241) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 37 ***(pic 241) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 38 ***(pic 241) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 39 ***(pic 241) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 40 ***(pic 241) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 41 ***(pic 241) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 42 ***(pic 241) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 4
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 43 ***(pic 241) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 44 ***(pic 241) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 2
*************** MB = 45 ***(pic 241) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 46 ***(pic 241) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 47 ***(pic 241) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 48 ***(pic 241) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 3
*************** MB = 49 ***(pic 241) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 50 ***(pic 241) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 51 ***(pic 241) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 52 ***(pic 241) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 53 ***(pic 241) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 54 ***(pic 241) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 55 ***(pic 241) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 56 ***(pic 241) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 57 ***(pic 241) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 58 ***(pic 241) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 59 ***(pic 241) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 60 ***(pic 241) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 61 ***(pic 241) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 62 ***(pic 241) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 63 ***(pic 241) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 64 ***(pic 241) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 5
*************** MB = 65 ***(pic 241) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 66 ***(pic 241) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 67 ***(pic 241) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 68 ***(pic 241) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 69 ***(pic 241) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 70 ***(pic 241) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 71 ***(pic 241) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 72 ***(pic 241) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 73 ***(pic 241) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 241) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 241) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 241) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 241) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 241) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 241) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 241) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 241) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 241) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 241) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 241) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 241) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 241) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 241) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 241) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 241) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 241) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 241) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 241) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 241) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 241) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 241) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 241) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 241) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 241) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 3, mMBY = 2, NbOfMax = 28, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 242) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 1 ***(pic 242) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 2 ***(pic 242) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 3 ***(pic 242) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 4 ***(pic 242) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 5 ***(pic 242) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 6 ***(pic 242) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 7 ***(pic 242) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 8 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 9 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 10 ***(pic 242) [x=2 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 11 ***(pic 242) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 12 ***(pic 242) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 13 ***(pic 242) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 14 ***(pic 242) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 15 ***(pic 242) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 16 ***(pic 242) [x=2 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=12 #t1=1
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 17 ***(pic 242) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 18 ***(pic 242) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 19 ***(pic 242) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 20 ***(pic 242) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 21 ***(pic 242) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 22 ***(pic 242) [x=2 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=12 #t1=0
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 3, 6
*************** MB = 23 ***(pic 242) [x=3 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=11 #t1=1
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 4, 6
*************** MB = 24 ***(pic 242) [x=4 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (4)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 25 ***(pic 242) [x=5 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (8)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 26 ***(pic 242) [x=6 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 71, 28 encoded MB in the image
CompressSlice 1
*************** MB = 28 ***(pic 242) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 29 ***(pic 242) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 30 ***(pic 242) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 31 ***(pic 242) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 32 ***(pic 242) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 33 ***(pic 242) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 34 ***(pic 242) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 35 ***(pic 242) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 36 ***(pic 242) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 37 ***(pic 242) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 38 ***(pic 242) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 39 ***(pic 242) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 40 ***(pic 242) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 41 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 42 ***(pic 242) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 43 ***(pic 242) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 44 ***(pic 242) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 45 ***(pic 242) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 46 ***(pic 242) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 47 ***(pic 242) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 48 ***(pic 242) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 49 ***(pic 242) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 50 ***(pic 242) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 51 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 2, 2
*************** MB = 52 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 53 ***(pic 242) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 54 ***(pic 242) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 55 ***(pic 242) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 56 ***(pic 242) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 57 ***(pic 242) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 58 ***(pic 242) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 59 ***(pic 242) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 60 ***(pic 242) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 61 ***(pic 242) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 62 ***(pic 242) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -10
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 63 ***(pic 242) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 64 ***(pic 242) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 65 ***(pic 242) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 66 ***(pic 242) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 67 ***(pic 242) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 68 ***(pic 242) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 69 ***(pic 242) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 70 ***(pic 242) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 71 ***(pic 242) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 72 ***(pic 242) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -6
mYLum[1] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 73 ***(pic 242) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 242) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 242) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 242) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 242) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 242) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 242) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 242) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 242) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 242) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 242) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 242) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 242) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 242) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 242) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 242) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 6
Pred.mXLum = -2
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 242) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 242) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 242) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 242) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 242) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 242) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 242) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 242) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 242) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = -7
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 1, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 243) [x=2 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 1 ***(pic 243) [x=3 y=1] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=15 #t1=3
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 4, 1
*************** MB = 2 ***(pic 243) [x=4 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 3 ***(pic 243) [x=5 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 243) [x=6 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (3)
Intra mode4x4 Dir     =       1 (4)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (5)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 5 ***(pic 243) [x=2 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (6)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       6 (2)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 2
*************** MB = 6 ***(pic 243) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 7 ***(pic 243) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 8 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 9 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 10 ***(pic 243) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 11 ***(pic 243) [x=2 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (7)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 12 ***(pic 243) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 13 ***(pic 243) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 14 ***(pic 243) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 15 ***(pic 243) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 16 ***(pic 243) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 17 ***(pic 243) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 18 ***(pic 243) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 19 ***(pic 243) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 20 ***(pic 243) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 21 ***(pic 243) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 22 ***(pic 243) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 23 ***(pic 243) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 24 ***(pic 243) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 25 ***(pic 243) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 26 ***(pic 243) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 27 ***(pic 243) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 0
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 29 ***(pic 243) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 30 ***(pic 243) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 31 ***(pic 243) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 32 ***(pic 243) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 33 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 34 ***(pic 243) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -12
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 243) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 243) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 243) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 243) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 243) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 243) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 243) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 243) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 243) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 243) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 243) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 243) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 48 ***(pic 243) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 49 ***(pic 243) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 50 ***(pic 243) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 51 ***(pic 243) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 52 ***(pic 243) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 53 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 54 ***(pic 243) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 55 ***(pic 243) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 56 ***(pic 243) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 57 ***(pic 243) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 58 ***(pic 243) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 59 ***(pic 243) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 60 ***(pic 243) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 61 ***(pic 243) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 62 ***(pic 243) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 63 ***(pic 243) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 64 ***(pic 243) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 65 ***(pic 243) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 66 ***(pic 243) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 1
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 67 ***(pic 243) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 68 ***(pic 243) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 69 ***(pic 243) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 70 ***(pic 243) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 71 ***(pic 243) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 72 ***(pic 243) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 73 ***(pic 243) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 243) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 243) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 243) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 243) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 243) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 243) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 243) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 243) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 243) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 243) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 243) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 243) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 243) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 243) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 18
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 243) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = -3
mYLum[0] = 1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 243) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 243) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 243) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 243) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 243) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 243) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 243) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 243) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 1, NbOfMax = 42, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 244) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 1 ***(pic 244) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 2 ***(pic 244) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 3 ***(pic 244) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 244) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 4
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 5 ***(pic 244) [x=7 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 244) [x=8 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 7 ***(pic 244) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 244) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 9 ***(pic 244) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 10 ***(pic 244) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 11 ***(pic 244) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 12 ***(pic 244) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 4
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 13 ***(pic 244) [x=8 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       0 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=10 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 14 ***(pic 244) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 15 ***(pic 244) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 16 ***(pic 244) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 17 ***(pic 244) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 18 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 19 ***(pic 244) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 20 ***(pic 244) [x=8 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=0
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 21 ***(pic 244) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 22 ***(pic 244) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 23 ***(pic 244) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 24 ***(pic 244) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 244) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 26 ***(pic 244) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 27 ***(pic 244) [x=8 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 28 ***(pic 244) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 244) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 30 ***(pic 244) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 31 ***(pic 244) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 32 ***(pic 244) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 33 ***(pic 244) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 34 ***(pic 244) [x=8 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 6
*************** MB = 35 ***(pic 244) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 36 ***(pic 244) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 37 ***(pic 244) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 38 ***(pic 244) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 39 ***(pic 244) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 40 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 41 ***(pic 244) [x=8 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=9 #t1=3
    Lum16DC totalrun = 5 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 57, 42 encoded MB in the image
CompressSlice 1
*************** MB = 42 ***(pic 244) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 43 ***(pic 244) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 44 ***(pic 244) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 45 ***(pic 244) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 46 ***(pic 244) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 47 ***(pic 244) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 48 ***(pic 244) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 49 ***(pic 244) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 50 ***(pic 244) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 51 ***(pic 244) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 52 ***(pic 244) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 53 ***(pic 244) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 54 ***(pic 244) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 244) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 244) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 244) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 244) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 244) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 244) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 244) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 244) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 244) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 244) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 244) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 244) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 244) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 244) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 244) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 244) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 244) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 244) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 5
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 244) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 244) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 244) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 244) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 244) [x=0 y=7] ****************
MB_INTER  8x8 8x4 4x8 4x4  3
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[2].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[3].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = 12
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[2] = 0
mYLum[2] = 18
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[3] = -4
mYLum[3] = 0
Pred.mXLum = 0
Pred.mYLum = 12
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 244) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 244) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 244) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 244) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 244) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 244) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 244) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 244) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 244) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 244) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 244) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 244) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 244) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 244) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 244) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 244) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 244) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 244) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 244) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 244) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 244) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 1, NbOfMax = 49, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 245) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 1 ***(pic 245) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 2 ***(pic 245) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 3 ***(pic 245) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 4 ***(pic 245) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 5 ***(pic 245) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 6 ***(pic 245) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 7 ***(pic 245) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 8 ***(pic 245) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 9 ***(pic 245) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 10 ***(pic 245) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 11 ***(pic 245) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 12 ***(pic 245) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 13 ***(pic 245) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 4
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 3
*************** MB = 14 ***(pic 245) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 15 ***(pic 245) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 16 ***(pic 245) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 17 ***(pic 245) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 18 ***(pic 245) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 19 ***(pic 245) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 20 ***(pic 245) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 24
Pred.mXLum = -2
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 21 ***(pic 245) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 3, 4
*************** MB = 22 ***(pic 245) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 23 ***(pic 245) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 24 ***(pic 245) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 25 ***(pic 245) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 27 ***(pic 245) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 28 ***(pic 245) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 29 ***(pic 245) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 30 ***(pic 245) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 31 ***(pic 245) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 32 ***(pic 245) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 33 ***(pic 245) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 34 ***(pic 245) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 35 ***(pic 245) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 36 ***(pic 245) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 37 ***(pic 245) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 38 ***(pic 245) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 39 ***(pic 245) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 40 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 41 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 42 ***(pic 245) [x=2 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 43 ***(pic 245) [x=3 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 44 ***(pic 245) [x=4 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 45 ***(pic 245) [x=5 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (5)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 7
*************** MB = 46 ***(pic 245) [x=6 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 47 ***(pic 245) [x=7 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 48 ***(pic 245) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 50, 49 encoded MB in the image
CompressSlice 1
*************** MB = 49 ***(pic 245) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 50 ***(pic 245) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 51 ***(pic 245) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 52 ***(pic 245) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 53 ***(pic 245) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 54 ***(pic 245) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 55 ***(pic 245) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 56 ***(pic 245) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 57 ***(pic 245) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 58 ***(pic 245) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 4
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 59 ***(pic 245) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 60 ***(pic 245) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 61 ***(pic 245) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 62 ***(pic 245) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 63 ***(pic 245) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 64 ***(pic 245) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 65 ***(pic 245) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 66 ***(pic 245) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 67 ***(pic 245) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 68 ***(pic 245) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 69 ***(pic 245) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 70 ***(pic 245) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 71 ***(pic 245) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 72 ***(pic 245) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 73 ***(pic 245) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 74 ***(pic 245) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 75 ***(pic 245) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 76 ***(pic 245) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 77 ***(pic 245) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 78 ***(pic 245) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 79 ***(pic 245) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 80 ***(pic 245) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     37
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 81 ***(pic 245) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 82 ***(pic 245) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 83 ***(pic 245) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 84 ***(pic 245) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 8
Pred.mXLum = -3
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 85 ***(pic 245) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 245) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -8
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 245) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 245) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 245) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 8
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 245) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 245) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 245) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 245) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -7
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 245) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 245) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 245) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 245) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 245) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 1, mMBY = 1, NbOfMax = 56, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 246) [x=1 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (3)
Intra mode4x4 Dir     =       2 (2)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 1 ***(pic 246) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 2 ***(pic 246) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 3 ***(pic 246) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 4 ***(pic 246) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 5 ***(pic 246) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -4
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 6 ***(pic 246) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 4
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 7 ***(pic 246) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 8 ***(pic 246) [x=1 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       8 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 2
*************** MB = 9 ***(pic 246) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 10 ***(pic 246) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 11 ***(pic 246) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 12 ***(pic 246) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 13 ***(pic 246) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 14 ***(pic 246) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 15 ***(pic 246) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 16 ***(pic 246) [x=1 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=10 #t1=3
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 2, 3
*************** MB = 17 ***(pic 246) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 18 ***(pic 246) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 19 ***(pic 246) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 20 ***(pic 246) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 21 ***(pic 246) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 22 ***(pic 246) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 23 ***(pic 246) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 4
*************** MB = 24 ***(pic 246) [x=1 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 25 ***(pic 246) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 26 ***(pic 246) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 27 ***(pic 246) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 28 ***(pic 246) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 29 ***(pic 246) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 30 ***(pic 246) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 31 ***(pic 246) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 32 ***(pic 246) [x=1 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       4 (7)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 33 ***(pic 246) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 34 ***(pic 246) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 35 ***(pic 246) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 36 ***(pic 246) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 37 ***(pic 246) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 38 ***(pic 246) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 39 ***(pic 246) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 40 ***(pic 246) [x=1 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (6)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 41 ***(pic 246) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 42 ***(pic 246) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 43 ***(pic 246) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 44 ***(pic 246) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 45 ***(pic 246) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 6
*************** MB = 46 ***(pic 246) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 47 ***(pic 246) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 48 ***(pic 246) [x=1 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=3 #c=12 #t1=1
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 49 ***(pic 246) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 50 ***(pic 246) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 51 ***(pic 246) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 52 ***(pic 246) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 53 ***(pic 246) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 54 ***(pic 246) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 55 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 43, 56 encoded MB in the image
CompressSlice 1
*************** MB = 56 ***(pic 246) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 57 ***(pic 246) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 58 ***(pic 246) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 59 ***(pic 246) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 60 ***(pic 246) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 61 ***(pic 246) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 62 ***(pic 246) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 63 ***(pic 246) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 64 ***(pic 246) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 65 ***(pic 246) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 66 ***(pic 246) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 67 ***(pic 246) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 68 ***(pic 246) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 69 ***(pic 246) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 70 ***(pic 246) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 71 ***(pic 246) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 72 ***(pic 246) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 73 ***(pic 246) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 74 ***(pic 246) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 75 ***(pic 246) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 76 ***(pic 246) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 77 ***(pic 246) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 78 ***(pic 246) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 79 ***(pic 246) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -6
mYLum[1] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 80 ***(pic 246) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 81 ***(pic 246) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 82 ***(pic 246) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 83 ***(pic 246) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 84 ***(pic 246) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 85 ***(pic 246) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 246) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 246) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 246) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 14
Pred.mXLum = 0
Pred.mYLum = 12
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 246) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 12
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 246) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 246) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 246) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 246) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 246) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 246) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 246) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 1, mMBY = 0, NbOfMax = 63, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 247) [x=1 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       5 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 247) [x=2 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=9 #t1=1
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 3, 0
*************** MB = 2 ***(pic 247) [x=3 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=2 #c=10 #t1=1
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 4, 0
*************** MB = 3 ***(pic 247) [x=4 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 0
*************** MB = 4 ***(pic 247) [x=5 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 5 ***(pic 247) [x=6 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=14 #t1=3
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 7, 0
*************** MB = 6 ***(pic 247) [x=7 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 7 ***(pic 247) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 8 ***(pic 247) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 9 ***(pic 247) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 10 ***(pic 247) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 11 ***(pic 247) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 12 ***(pic 247) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 13 ***(pic 247) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 14 ***(pic 247) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 15 ***(pic 247) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 16 ***(pic 247) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 17 ***(pic 247) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 18 ***(pic 247) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 19 ***(pic 247) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 20 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 21 ***(pic 247) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 22 ***(pic 247) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 23 ***(pic 247) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 24 ***(pic 247) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -6
Pred.mYLum = 2
mXLum[1] = -4
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 25 ***(pic 247) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 26 ***(pic 247) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 27 ***(pic 247) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 28 ***(pic 247) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 29 ***(pic 247) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 30 ***(pic 247) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 31 ***(pic 247) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 32 ***(pic 247) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 33 ***(pic 247) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 34 ***(pic 247) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 35 ***(pic 247) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 36 ***(pic 247) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 38 ***(pic 247) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 39 ***(pic 247) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 40 ***(pic 247) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 41 ***(pic 247) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 42 ***(pic 247) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 43 ***(pic 247) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 44 ***(pic 247) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 45 ***(pic 247) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 46 ***(pic 247) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 47 ***(pic 247) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 48 ***(pic 247) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 49 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 50 ***(pic 247) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 51 ***(pic 247) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 52 ***(pic 247) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 53 ***(pic 247) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 54 ***(pic 247) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 55 ***(pic 247) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 56 ***(pic 247) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 57 ***(pic 247) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 58 ***(pic 247) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 59 ***(pic 247) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 60 ***(pic 247) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 61 ***(pic 247) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 62 ***(pic 247) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 36, 63 encoded MB in the image
CompressSlice 1
*************** MB = 63 ***(pic 247) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 64 ***(pic 247) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 65 ***(pic 247) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = -2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 66 ***(pic 247) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 2
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 67 ***(pic 247) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 1
*************** MB = 68 ***(pic 247) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 69 skipped*************
mXLum[0] = -4
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 70 ***(pic 247) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 71 ***(pic 247) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 72 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 73 ***(pic 247) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 74 ***(pic 247) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 75 ***(pic 247) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 76 ***(pic 247) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 77 ***(pic 247) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 78 ***(pic 247) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 79 ***(pic 247) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 80 ***(pic 247) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 81 ***(pic 247) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 82 ***(pic 247) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 83 ***(pic 247) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 84 ***(pic 247) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 85 ***(pic 247) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 12
Pred.mXLum = -3
Pred.mYLum = 1
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 247) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 247) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 247) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 10
Pred.mXLum = 0
Pred.mYLum = 12
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 247) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 5
Pred.mXLum = 0
Pred.mYLum = 10
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 247) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 5
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 247) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 247) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -6
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 247) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 247) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 247) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 247) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 247) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = -3
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 1, mMBY = 0, NbOfMax = 70, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 248) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 248) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 2 ***(pic 248) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 3 ***(pic 248) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 4 ***(pic 248) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 5 ***(pic 248) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 6 ***(pic 248) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 7 ***(pic 248) [x=8 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=4 #t1=3
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 9, 0
*************** MB = 8 ***(pic 248) [x=9 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (3)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (0)
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 9 ***(pic 248) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 10 ***(pic 248) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 11 ***(pic 248) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 12 ***(pic 248) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 13 ***(pic 248) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 14 ***(pic 248) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 15 ***(pic 248) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 16 ***(pic 248) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 17 ***(pic 248) [x=9 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       8 (5)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 18 ***(pic 248) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 19 ***(pic 248) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 20 ***(pic 248) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 21 ***(pic 248) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 22 ***(pic 248) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 23 ***(pic 248) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 24 ***(pic 248) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 25 ***(pic 248) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 26 ***(pic 248) [x=9 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=11 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 1, 3
*************** MB = 27 ***(pic 248) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 28 ***(pic 248) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 29 ***(pic 248) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 30 ***(pic 248) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 31 ***(pic 248) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 32 ***(pic 248) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 33 ***(pic 248) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 34 ***(pic 248) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = -3
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 35 ***(pic 248) [x=9 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=8 #t1=3
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=0
  INTRA CHROMA AC
Next MB To be encoded : 1, 4
*************** MB = 36 ***(pic 248) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 37 ***(pic 248) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 38 ***(pic 248) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 39 ***(pic 248) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 40 ***(pic 248) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     27
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 41 ***(pic 248) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 42 ***(pic 248) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 43 ***(pic 248) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 44 ***(pic 248) [x=9 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 45 ***(pic 248) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 46 ***(pic 248) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 47 ***(pic 248) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 48 ***(pic 248) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 49 ***(pic 248) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 50 ***(pic 248) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 51 ***(pic 248) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 52 ***(pic 248) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 53 ***(pic 248) [x=9 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       3 (6)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       7 (7)
Intra mode4x4 Dir     =       0 (3)
Intra mode4x4 Dir     =       0 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 54 ***(pic 248) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 55 ***(pic 248) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 56 ***(pic 248) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 248) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -3
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 58 ***(pic 248) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 59 ***(pic 248) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 60 ***(pic 248) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 61 ***(pic 248) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 7
*************** MB = 62 ***(pic 248) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 63 ***(pic 248) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 64 ***(pic 248) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 65 ***(pic 248) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 67 ***(pic 248) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 29, 70 encoded MB in the image
CompressSlice 1
*************** MB = 70 ***(pic 248) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 71 ***(pic 248) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 72 ***(pic 248) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 73 ***(pic 248) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 74 ***(pic 248) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 75 ***(pic 248) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 3
*************** MB = 76 ***(pic 248) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -3
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 77 ***(pic 248) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 78 ***(pic 248) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 79 ***(pic 248) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -6
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 80 ***(pic 248) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = -2
mYLum[1] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 81 ***(pic 248) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -7
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 82 ***(pic 248) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 2
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 83 ***(pic 248) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -7
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 84 ***(pic 248) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -10
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 85 ***(pic 248) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   2
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 12
Pred.mXLum = -3
Pred.mYLum = 1
mXLum[1] = 0
mYLum[1] = 6
Pred.mXLum = -3
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 248) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 248) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 248) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 2
Pred.mYLum = 12
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 248) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 6
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 248) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 248) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 248) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 248) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 248) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 1, mMBY = 0, NbOfMax = 77, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 249) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 249) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 3 ***(pic 249) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 4 ***(pic 249) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 5 ***(pic 249) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 6 ***(pic 249) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 8 ***(pic 249) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 9 ***(pic 249) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 10 ***(pic 249) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 11 ***(pic 249) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 12 ***(pic 249) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 13 ***(pic 249) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 14 ***(pic 249) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 15 ***(pic 249) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 16 ***(pic 249) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 17 ***(pic 249) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 18 ***(pic 249) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 19 ***(pic 249) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 20 ***(pic 249) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 21 ***(pic 249) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 22 ***(pic 249) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 23 ***(pic 249) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 24 ***(pic 249) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 25 ***(pic 249) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 2
*************** MB = 26 ***(pic 249) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 27 ***(pic 249) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 28 ***(pic 249) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 29 ***(pic 249) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 30 ***(pic 249) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 31 ***(pic 249) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 32 ***(pic 249) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 33 ***(pic 249) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 34 ***(pic 249) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 35 ***(pic 249) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 4
*************** MB = 36 ***(pic 249) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 37 ***(pic 249) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 40 ***(pic 249) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 41 ***(pic 249) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 42 ***(pic 249) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 43 ***(pic 249) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 44 ***(pic 249) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 45 ***(pic 249) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 46 ***(pic 249) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 47 ***(pic 249) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 5
*************** MB = 50 ***(pic 249) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 52 ***(pic 249) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 53 ***(pic 249) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 54 ***(pic 249) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 55 ***(pic 249) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 56 ***(pic 249) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 57 ***(pic 249) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 58 ***(pic 249) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 59 ***(pic 249) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 60 ***(pic 249) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 61 ***(pic 249) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 62 ***(pic 249) [x=9 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=14 #t1=3
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 64 ***(pic 249) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 65 ***(pic 249) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 66 ***(pic 249) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 67 ***(pic 249) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 68 ***(pic 249) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 70 ***(pic 249) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 7
*************** MB = 71 ***(pic 249) [x=9 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       6 (6)
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 72 ***(pic 249) [x=5 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 73 ***(pic 249) [x=6 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=7 #t1=3
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 7, 8
*************** MB = 74 ***(pic 249) [x=7 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=7 #t1=3
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 8, 8
*************** MB = 75 ***(pic 249) [x=8 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       0 (7)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 76 ***(pic 249) [x=9 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       6 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 22, 77 encoded MB in the image
CompressSlice 1
*************** MB = 77 ***(pic 249) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 78 ***(pic 249) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 79 ***(pic 249) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 80 ***(pic 249) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 81 ***(pic 249) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 82 ***(pic 249) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 84 ***(pic 249) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 85 ***(pic 249) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 86 ***(pic 249) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 87 ***(pic 249) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 90 ***(pic 249) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 91 ***(pic 249) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 92 ***(pic 249) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = -4
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 93 ***(pic 249) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 4
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 96 ***(pic 249) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 97 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 249) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 1, mMBY = 0, NbOfMax = 84, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 250) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 1 ***(pic 250) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 2 ***(pic 250) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 4 ***(pic 250) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 5 ***(pic 250) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 8 ***(pic 250) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 11 ***(pic 250) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 12 ***(pic 250) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 13 ***(pic 250) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 14 ***(pic 250) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 17 ***(pic 250) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 18 ***(pic 250) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 20 ***(pic 250) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 21 ***(pic 250) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 22 ***(pic 250) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 23 ***(pic 250) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 24 ***(pic 250) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 25 ***(pic 250) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 26 ***(pic 250) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 27 ***(pic 250) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 32 ***(pic 250) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 33 ***(pic 250) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 34 ***(pic 250) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 35 ***(pic 250) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 4
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 37 ***(pic 250) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 40 ***(pic 250) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 41 ***(pic 250) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 42 ***(pic 250) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 43 ***(pic 250) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 44 ***(pic 250) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 45 ***(pic 250) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 46 ***(pic 250) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 47 ***(pic 250) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 5
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 49 ***(pic 250) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 50 ***(pic 250) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 51 ***(pic 250) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 53 ***(pic 250) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 54 ***(pic 250) [x=0 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       7 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 55 ***(pic 250) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 56 ***(pic 250) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 57 ***(pic 250) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 58 ***(pic 250) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 59 ***(pic 250) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 60 ***(pic 250) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 62 ***(pic 250) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 63 ***(pic 250) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 64 ***(pic 250) [x=0 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 66 ***(pic 250) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 69 ***(pic 250) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 70 ***(pic 250) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 71 ***(pic 250) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 72 ***(pic 250) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 6
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 73 ***(pic 250) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 74 ***(pic 250) [x=0 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 75 ***(pic 250) [x=1 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       7 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (5)
Intra mode4x4 Dir     =       3 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       2 (2)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 76 ***(pic 250) [x=2 y=8] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=11 #t1=0
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
Next MB To be encoded : 3, 8
*************** MB = 77 ***(pic 250) [x=3 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       5 (4)
Intra mode4x4 Dir     =       4 (5)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 78 ***(pic 250) [x=4 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       0 (4)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 5, 8
*************** MB = 79 ***(pic 250) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 80 ***(pic 250) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 82 ***(pic 250) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 83 ***(pic 250) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 15, 84 encoded MB in the image
CompressSlice 1
*************** MB = 84 ***(pic 250) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 85 ***(pic 250) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 86 ***(pic 250) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 87 ***(pic 250) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 88 ***(pic 250) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 89 ***(pic 250) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 90 ***(pic 250) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 91 ***(pic 250) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 92 ***(pic 250) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 95 ***(pic 250) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 97 ***(pic 250) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 250) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 91, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 251) [x=0 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       4 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=3
      ChrDC # c & tr.1s  #c=3 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=4 #t1=2
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 251) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 251) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 251) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 4
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 251) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 251) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 251) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 251) [x=10 y=0] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 251) [x=0 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       4 (6)
Intra mode4x4 Dir     =       3 (3)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       7 (4)
Intra mode4x4 Dir     =       6 (3)
Intra mode4x4 Dir     =       8 (4)
Intra mode4x4 Dir     =       4 (6)
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 251) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 251) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 251) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 251) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 251) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 251) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 251) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 21 ***(pic 251) [x=0 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       5 (3)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (1)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       8 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 22 ***(pic 251) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 23 ***(pic 251) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 24 ***(pic 251) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 25 ***(pic 251) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 26 ***(pic 251) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 27 ***(pic 251) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 28 ***(pic 251) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 29 ***(pic 251) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 31 ***(pic 251) [x=0 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       1 (3)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 3
*************** MB = 32 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 33 ***(pic 251) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 34 ***(pic 251) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 35 ***(pic 251) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 36 ***(pic 251) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 37 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 38 ***(pic 251) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 39 ***(pic 251) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 16
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 41 ***(pic 251) [x=0 y=4] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 42 ***(pic 251) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 43 ***(pic 251) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 46 ***(pic 251) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 47 ***(pic 251) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 49 ***(pic 251) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 50 ***(pic 251) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 51 ***(pic 251) [x=0 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (6)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       3 (1)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       5 (3)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 52 ***(pic 251) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 53 ***(pic 251) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 54 ***(pic 251) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 55 ***(pic 251) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 56 ***(pic 251) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 57 ***(pic 251) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 58 ***(pic 251) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 59 ***(pic 251) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 60 ***(pic 251) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 61 ***(pic 251) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 62 ***(pic 251) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 63 ***(pic 251) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 64 ***(pic 251) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 65 ***(pic 251) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 66 ***(pic 251) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 67 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 68 ***(pic 251) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 69 ***(pic 251) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 70 ***(pic 251) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 71 ***(pic 251) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 72 ***(pic 251) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 73 ***(pic 251) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 74 ***(pic 251) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 75 ***(pic 251) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 76 ***(pic 251) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 77 ***(pic 251) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 78 ***(pic 251) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 79 ***(pic 251) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 80 ***(pic 251) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 8
*************** MB = 81 ***(pic 251) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 82 ***(pic 251) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 83 ***(pic 251) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 84 ***(pic 251) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 85 ***(pic 251) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 86 ***(pic 251) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 87 ***(pic 251) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 88 ***(pic 251) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 89 ***(pic 251) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 90 ***(pic 251) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 10, mMBY = 1, NbOfMax = 8, 91 encoded MB in the image
CompressSlice 1
*************** MB = 91 ***(pic 251) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 92 ***(pic 251) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 93 ***(pic 251) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 94 ***(pic 251) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -3
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 96 ***(pic 251) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 97 ***(pic 251) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 251) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 98, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 252) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 252) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 252) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 252) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 252) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 252) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 252) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 252) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 252) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 252) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 252) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 252) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 252) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 252) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 252) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 252) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 252) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 252) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 252) [x=10 y=1] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       3 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       8 (3)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (8)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=3
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 252) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 252) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 252) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 252) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 252) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 27 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 252) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 252) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 252) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 252) [x=10 y=2] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=5 #t1=3
    Lum16DC totalrun = 4 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 252) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 252) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 252) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 252) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 252) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 252) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 252) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 252) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 252) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 252) [x=10 y=3] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=5 #t1=2
    Lum16DC totalrun = 3 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 252) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 252) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 252) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 ***(pic 252) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 252) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 252) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 252) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 252) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 ***(pic 252) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 252) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 252) [x=10 y=4] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=6 #t1=3
    Lum16DC totalrun = 9 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
  INTRA CHROMA AC
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 252) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 252) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 252) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 252) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 252) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 252) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 252) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 252) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 252) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 252) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 252) [x=10 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=1 #t1=0
    Lum16DC totalrun = 0 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 252) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 252) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 252) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 252) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 252) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 252) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 72 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 73 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 252) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 252) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 252) [x=10 y=6] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      -1
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=1 #c=5 #t1=3
    Lum16DC totalrun = 7 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 252) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 252) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 252) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 252) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 252) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 252) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 252) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 252) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 252) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 252) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 252) [x=10 y=7] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=8 #t1=3
    Lum16DC totalrun = 6 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
  INTRA CHROMA DC
  INTRA CHROMA AC
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 252) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 252) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 252) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 252) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 252) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 252) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 252) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 252) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 252) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 10, mMBY = 8, NbOfMax = 1, 98 encoded MB in the image
CompressSlice 1
*************** MB = 98 ***(pic 252) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 253) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 253) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 253) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 253) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 253) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 253) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 253) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 253) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 253) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 253) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 253) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 253) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 253) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 253) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 253) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 253) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 253) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 253) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 253) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 253) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 253) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 253) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 253) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 253) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 253) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 253) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 253) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 253) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 253) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 39 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 253) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 253) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 253) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 253) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 253) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 253) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 253) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 253) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 4
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 253) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 253) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 253) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 5
*************** MB = 57 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 253) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 253) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 60 ***(pic 253) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 5
*************** MB = 62 ***(pic 253) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 253) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 253) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 253) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 253) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 253) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 253) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 253) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 253) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 253) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 253) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 253) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 253) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 253) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 253) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 253) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 253) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 253) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 253) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 253) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 253) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 253) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 253) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 253) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 253) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 253) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 253) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 253) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 253) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 253) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 253) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 253) [x=10 y=8] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       5 (5)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       6 (5)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       1 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 3, mMBY = 390451572, NbOfMax = 0, 99 encoded MB in the image
SliceGroup 0 : mMBX = 0, mMBY = 0, NbOfMax = 99, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 254) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 1 ***(pic 254) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 2 ***(pic 254) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 3 ***(pic 254) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 4 ***(pic 254) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 5 ***(pic 254) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 6 ***(pic 254) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 7 ***(pic 254) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 9 ***(pic 254) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 10 ***(pic 254) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 11 ***(pic 254) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 12 ***(pic 254) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 13 ***(pic 254) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 14 ***(pic 254) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 15 ***(pic 254) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 16 ***(pic 254) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 17 ***(pic 254) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 18 ***(pic 254) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 19 ***(pic 254) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 20 ***(pic 254) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 21 ***(pic 254) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 22 ***(pic 254) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 23 ***(pic 254) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 2
*************** MB = 24 ***(pic 254) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 25 ***(pic 254) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 26 ***(pic 254) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 27 ***(pic 254) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 28 ***(pic 254) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 29 ***(pic 254) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 30 ***(pic 254) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 31 ***(pic 254) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 32 ***(pic 254) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 33 ***(pic 254) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 34 ***(pic 254) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 35 ***(pic 254) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 36 ***(pic 254) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 37 ***(pic 254) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 38 ***(pic 254) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 39 ***(pic 254) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 40 ***(pic 254) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 41 ***(pic 254) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 3
*************** MB = 42 ***(pic 254) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 43 ***(pic 254) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 44 ***(pic 254) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 45 ***(pic 254) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 46 ***(pic 254) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 2
Next MB To be encoded : 4, 4
*************** MB = 48 ***(pic 254) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 49 ***(pic 254) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 50 ***(pic 254) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 51 ***(pic 254) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 53 ***(pic 254) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 54 ***(pic 254) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 55 ***(pic 254) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 5
*************** MB = 56 ***(pic 254) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 57 ***(pic 254) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 58 ***(pic 254) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 59 ***(pic 254) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 6, 5
*************** MB = 61 ***(pic 254) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 63 ***(pic 254) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 64 ***(pic 254) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 65 ***(pic 254) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 8
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 66 ***(pic 254) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 67 ***(pic 254) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 68 ***(pic 254) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 69 ***(pic 254) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 70 ***(pic 254) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 71 ***(pic 254) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 72 ***(pic 254) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 73 ***(pic 254) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 74 ***(pic 254) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 254) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 254) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 254) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 254) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 254) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 254) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 254) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 254) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 254) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 254) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 254) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 254) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 254) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 254) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 254) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 254) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 254) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 254) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 254) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 254) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 254) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 254) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 254) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 3, mMBY = 390451572, NbOfMax = 0, 99 encoded MB in the image
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 255) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 255) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 255) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 255) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 255) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 255) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 255) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 255) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 255) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 255) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 255) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 255) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 255) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 255) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 255) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 255) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 255) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 255) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 255) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 255) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 255) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 255) [x=3 y=5] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=13 #t1=0
    Lum16DC totalrun = 2 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
  INTRA CHROMA AC
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 255) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     35
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 255) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 255) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 255) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 255) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 255) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 255) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 255) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 255) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 255) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 255) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 255) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 255) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 255) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 255) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 255) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 255) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 255) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 255) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 20
Pred.mXLum = 0
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 255) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 20
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 255) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 255) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 255) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 255) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 255) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 255) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 255) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 255) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 255) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 255) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 255) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 255) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 255) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 255) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 255) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 255) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 255) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 255) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 255) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 255) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 255) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 255) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 255) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 255) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 255) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 255) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 255) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 255) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 255) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 255) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 255) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 255) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 255) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 255) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 255) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 255) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 255) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 255) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 255) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 255) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 255) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 255) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 255) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 255) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 255) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 255) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 255) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 255) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 255) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 255) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 256) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 256) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 256) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 256) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 256) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 256) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 256) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 256) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 256) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 256) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 256) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 256) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 256) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 256) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 256) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 256) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 256) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
mXLum[1] = 0
mYLum[1] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 256) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 256) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 256) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 256) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 256) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 256) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 256) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 256) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 256) [x=2 y=6] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       5 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       4 (4)
Intra mode4x4 Dir     =       4 (4)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =13 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 256) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 256) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 256) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 256) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 256) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 8
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 256) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 256) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 256) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 256) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 256) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 256) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 256) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 256) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 256) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 5
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 256) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 5
CBP     20
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 256) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 256) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 256) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 256) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 256) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 256) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 256) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 256) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 256) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 256) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 256) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 256) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 256) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 256) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 256) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 256) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 256) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 256) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 256) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 256) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 256) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 256) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 256) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 256) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 256) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 256) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 256) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 256) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 256) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 256) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 256) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 256) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 256) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 256) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 256) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 256) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 256) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 256) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 256) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 256) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 256) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 256) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 256) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 256) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 256) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 256) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 256) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 256) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 256) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 256) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 256) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -6
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 257) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 257) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 257) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 257) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 257) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 257) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 257) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 257) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 257) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 257) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 257) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 257) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 257) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 257) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 257) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 257) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 257) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 257) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 257) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 257) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 257) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 257) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 257) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 257) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 257) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 257) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 257) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 257) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 257) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 257) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 257) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 257) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 257) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 257) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 257) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 257) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 257) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 2
mYLum[1] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 257) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 257) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 257) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 257) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 257) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 257) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 257) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 4
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 257) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 257) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 257) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 257) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 257) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 257) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 257) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 257) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 257) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 257) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 257) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 257) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 257) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 257) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 257) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 257) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 257) [x=9 y=3] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       4 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       7 (0)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 257) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 257) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 257) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 257) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 257) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 257) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 257) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 257) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 257) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 257) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 257) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 257) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 257) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 257) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 257) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 257) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 257) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 257) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 257) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 257) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 257) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 257) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 257) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 257) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 257) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 257) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 257) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 2
Pred.mYLum = 2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 257) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 257) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 257) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 257) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 257) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 257) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 258) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 258) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 258) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 258) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 258) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 258) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 258) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 258) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 258) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 258) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 258) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 258) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 258) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 258) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 258) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 258) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 258) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 258) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 258) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 258) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 258) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 258) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 258) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 258) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 258) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 258) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 258) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 258) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 258) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 258) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 258) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 258) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 258) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 258) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 258) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 258) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 258) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 258) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 258) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 258) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 258) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 258) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 258) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 258) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 258) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 258) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 258) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 258) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 258) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 258) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 258) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 258) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 258) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 258) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 258) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 258) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 258) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 258) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 258) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 258) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 258) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 258) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 258) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 258) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 258) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 258) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 258) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 258) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 258) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 258) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 258) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 258) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 258) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 258) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 258) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 258) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 258) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 258) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 258) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 258) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 258) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 258) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 258) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 258) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 258) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 258) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 258) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 258) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 259) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 259) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 259) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 259) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 259) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 259) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 259) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 259) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 259) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 259) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 259) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 259) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 259) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 259) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 259) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 259) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 259) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 259) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 259) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 259) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 259) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 259) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 259) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 259) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 259) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 259) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 259) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 259) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 259) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 259) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 259) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 259) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 259) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 259) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 259) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 259) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 259) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 259) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 259) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 259) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -4
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 259) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 259) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 259) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 259) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 259) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 259) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 259) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 259) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 259) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 259) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 259) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 259) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 259) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 259) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 259) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 259) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 259) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 259) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 259) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 259) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 259) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 259) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 259) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 259) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 259) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 259) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 259) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 259) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 259) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 259) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 259) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 259) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 259) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 259) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 259) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 259) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 259) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 259) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 259) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 259) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 259) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 259) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 259) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 259) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 259) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 259) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 259) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 259) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 259) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 259) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 259) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 260) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 260) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 260) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 260) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 260) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 260) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 260) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 260) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 260) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 260) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 260) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 260) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 260) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 260) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 260) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 260) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 260) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 260) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 260) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 260) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 260) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 260) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 260) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 260) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 260) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 260) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 260) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 260) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 260) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 260) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 260) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 260) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 260) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 260) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 260) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 260) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 260) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 260) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 260) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 260) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 260) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 260) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 260) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 260) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 260) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 260) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 260) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 260) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 260) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 260) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 260) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 260) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 260) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 260) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 260) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 260) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 260) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 260) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 260) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 260) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 260) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 260) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 260) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 260) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 260) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 260) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 260) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 260) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 260) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 260) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 260) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 260) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 260) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 260) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 260) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 260) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 260) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 260) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 260) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 260) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 260) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 260) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 260) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 260) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 260) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 260) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 260) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 260) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 260) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 260) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 260) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 260) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 260) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 261) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 261) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 261) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 261) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 261) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 261) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 261) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 261) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 261) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 261) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 261) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 261) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 261) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 261) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 261) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 261) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 261) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 261) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 261) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 261) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 261) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 261) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 261) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 261) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 261) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 261) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 261) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 261) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 261) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 261) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 261) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 261) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 261) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 261) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 261) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 261) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 261) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 261) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 261) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =15 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 261) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 261) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 261) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 261) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 261) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 261) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 261) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 261) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 261) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 261) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 261) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 261) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 261) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 261) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 261) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 261) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 261) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 261) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 261) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 261) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 261) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 261) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 261) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 261) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 261) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 261) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 261) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 261) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 261) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 261) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 261) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 261) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 261) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 261) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 261) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 261) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 261) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 261) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 261) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 261) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 261) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 261) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 261) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 261) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 261) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 261) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 261) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 261) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 261) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 261) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 261) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 5
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 261) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 261) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 261) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 262) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 262) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 262) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 262) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 262) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 262) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 262) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 262) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 262) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 262) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 262) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 262) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 262) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 262) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 262) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 262) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 262) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 262) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 262) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 262) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 262) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 262) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 262) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 262) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 262) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 262) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 262) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 262) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 262) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 262) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 262) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 262) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 262) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 262) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 262) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 262) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 262) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 262) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 262) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 262) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 262) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 262) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 262) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 262) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 262) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 262) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 262) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 262) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 262) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 262) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 262) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 262) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 262) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 262) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 262) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 262) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 262) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 262) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 262) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 262) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 262) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 262) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 262) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 262) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 262) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 262) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -3
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 262) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 262) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 262) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 262) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 262) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 262) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 262) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 262) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 262) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 262) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 262) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 262) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 262) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 262) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 262) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 262) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 262) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 262) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 262) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 262) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 262) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 262) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 262) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 262) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 263) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 263) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 263) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 263) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 263) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 263) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 263) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 263) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 263) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 263) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 263) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 263) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 263) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 263) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 263) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 263) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 263) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 263) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 263) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 263) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 263) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 263) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 263) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 263) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 263) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 263) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 263) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 263) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 263) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 263) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 263) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 263) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 263) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 263) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 263) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 263) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 263) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 263) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 263) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 263) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 263) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 263) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 263) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 263) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 263) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 263) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 263) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 263) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 263) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 263) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 263) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 263) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 263) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 263) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 263) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 263) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 263) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 263) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 263) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 263) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 263) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 263) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 263) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 263) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 263) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 263) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 263) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 263) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 263) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 263) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 263) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 263) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=11 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 263) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 263) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 263) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 263) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 263) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 263) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 263) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 263) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 263) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 263) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 263) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 263) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 263) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 263) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 263) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 263) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 263) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 263) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 264) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 264) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 264) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 264) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 264) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 264) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 264) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 264) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 264) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 264) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 264) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 264) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 264) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 264) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 264) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 264) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 264) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 264) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 264) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 264) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 264) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 264) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 264) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 264) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 264) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 264) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 264) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 264) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 264) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 264) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 264) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 264) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 264) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 264) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 264) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 264) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 264) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 264) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 264) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 264) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 264) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 264) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 264) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 264) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 264) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 264) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 264) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 264) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 264) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 264) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 264) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 264) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 264) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 264) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 264) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 264) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 264) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 264) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 264) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 264) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 264) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 264) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 264) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 264) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 264) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 264) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 264) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 264) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 264) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 264) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 264) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 264) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 264) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 264) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 264) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 264) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 264) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 264) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 264) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 264) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 264) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 264) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 265) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 265) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 265) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 265) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 265) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 265) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 265) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 265) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 265) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 265) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 265) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 265) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 265) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 265) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 265) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 265) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 265) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 265) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 265) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 265) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 265) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 265) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 265) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 265) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 265) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 265) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 265) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 265) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 265) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 265) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 265) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 265) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 5 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 265) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 265) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 265) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 265) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 265) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 265) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 265) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 265) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 265) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 265) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 265) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 265) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 265) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 265) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 265) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 265) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 265) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 265) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=3 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 265) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 265) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 265) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 265) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 265) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 265) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 265) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 265) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 265) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 265) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 265) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 265) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 265) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 265) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 265) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 265) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 265) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 265) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 265) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 265) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 265) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 265) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 265) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 265) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 265) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 265) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 265) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 265) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 265) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 265) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 265) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 265) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 265) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 265) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 265) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 266) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 266) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 266) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 266) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 266) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 266) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 266) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 266) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 266) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 266) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 266) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 266) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 266) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 266) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 266) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 266) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 266) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 266) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 266) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 266) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 266) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 266) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 266) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 266) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 266) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 266) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 266) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 266) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 266) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 266) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 266) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 266) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 266) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 266) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 266) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 266) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 266) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 266) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 266) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 266) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 266) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 266) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 266) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 266) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 266) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 266) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 266) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 266) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 266) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 266) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 266) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 266) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 266) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 266) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 266) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 266) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 266) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 266) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 266) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     46
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 1
mYLum[0] = 2
Next MB To be encoded : 0, 5
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 266) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 266) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 266) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 266) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 266) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 266) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 266) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 266) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 266) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 266) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 266) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 266) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 266) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 266) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 266) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 266) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 266) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 266) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 266) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 266) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 266) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 266) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 266) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 266) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 266) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 266) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 267) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 267) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 267) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 267) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 267) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 267) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 267) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 267) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 267) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 267) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 267) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 267) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 267) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 267) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 267) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 267) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 267) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 267) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 267) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 267) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 267) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 267) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 267) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 267) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 267) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 267) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 267) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 267) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 267) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 267) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 267) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 267) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 267) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 267) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 267) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 267) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 267) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 267) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 267) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 267) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 267) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 267) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 267) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 267) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 267) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 267) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 267) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 267) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 267) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     17
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 267) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 267) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 267) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 267) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 267) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 267) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 267) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 267) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 267) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 267) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 267) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 267) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 267) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 267) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 1
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 267) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 267) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 267) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 267) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 267) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 267) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 267) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 267) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 267) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 267) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 267) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 267) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 267) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 267) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 2
mYLum[0] = 2
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 267) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 267) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 267) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 267) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 267) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 267) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 267) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 267) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 267) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 267) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 267) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 268) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 268) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 268) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 268) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 268) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 268) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 268) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 268) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 268) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 268) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 268) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 268) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 268) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 268) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 268) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 268) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 268) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 268) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 268) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 268) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 268) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 268) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 268) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 268) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 268) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 268) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 268) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 268) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 268) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     27
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 268) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 268) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 268) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 268) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 268) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 268) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 268) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 268) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 268) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 268) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 268) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 268) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 268) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 268) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 268) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 268) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 268) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 268) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 268) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 268) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 268) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 268) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 268) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 268) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 268) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 268) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 268) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 268) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 268) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 268) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 268) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 268) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 268) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 268) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 268) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 268) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 268) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 268) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 1
CBP     16
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 268) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 268) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 268) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 268) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 268) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 268) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 268) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 268) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 268) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 268) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 268) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 268) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 268) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 268) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 268) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 268) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 268) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 268) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 268) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 268) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 268) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -3
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 268) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 268) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 268) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 269) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 269) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 269) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 269) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 269) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 269) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 269) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 269) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 269) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 269) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 269) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 269) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 269) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 269) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 269) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 269) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 269) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 269) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 269) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 269) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 269) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 269) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 269) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 269) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 269) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 269) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 269) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 269) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 269) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 269) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 269) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 269) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 269) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 269) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 269) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 269) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 269) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 269) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 269) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 269) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 269) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 269) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 269) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 269) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 269) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 269) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 269) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 269) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 269) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 269) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 269) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 269) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 269) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 269) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 269) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 269) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 269) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 269) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 269) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 269) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 269) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 269) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 269) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 269) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 269) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 269) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 269) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 269) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 269) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 269) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 269) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 269) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 269) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 269) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 269) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 269) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 269) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 2
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 269) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 269) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 269) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 269) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 269) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 270) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 270) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 270) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 270) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 270) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 270) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 270) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 270) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 270) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 270) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 270) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 270) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 270) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 270) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 270) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 270) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 270) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 270) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 270) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 270) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 270) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 270) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 270) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 270) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 270) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 270) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 270) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 270) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 270) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 270) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 270) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 270) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 270) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 270) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 270) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 270) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 270) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 270) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 270) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 270) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 270) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 270) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 270) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 270) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 270) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 270) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 270) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 270) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 270) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 270) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 270) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 270) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 270) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 270) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 270) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 270) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 270) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 270) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 270) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 270) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 270) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 270) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 270) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 270) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 270) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 270) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 270) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 270) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 270) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 270) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 270) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 270) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 270) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 270) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 270) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 271) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 271) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 271) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 271) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 271) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 271) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 271) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 271) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 271) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 271) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 271) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 271) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 271) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 271) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 271) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 271) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 271) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 271) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 271) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 271) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 271) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 271) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 271) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 271) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 271) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 271) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 271) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 271) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 271) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 271) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 271) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 271) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 271) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 271) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 271) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 271) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 271) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 271) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 271) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 271) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 271) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 271) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 271) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 271) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 271) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 271) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 271) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 271) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 271) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 271) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 271) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 271) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 271) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 271) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 271) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 271) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 271) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 271) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 271) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 271) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 271) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 271) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 271) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 271) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 271) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 271) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 271) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 271) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 271) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 271) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 271) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 271) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 271) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 271) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 271) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 271) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 271) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 271) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 271) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 271) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 271) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 271) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 271) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 271) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 271) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 271) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 271) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 271) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 271) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 272) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 272) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 272) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 272) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 272) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 272) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 272) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 272) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 272) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 272) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 272) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 272) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 272) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 272) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 272) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 272) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 272) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 272) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 272) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 272) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 272) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 272) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 272) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 272) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 272) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 272) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 6
*************** MB = 31 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 272) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 272) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 272) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 272) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 272) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 272) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     43
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 272) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 272) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 272) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 272) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 272) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 272) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 272) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 272) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 272) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 272) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 272) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 272) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 272) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 272) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 272) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 272) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 272) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 272) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 272) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 272) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 272) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 272) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 272) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 272) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 272) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 272) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 272) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 272) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 272) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 272) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 272) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 272) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 272) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 272) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 272) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 272) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 272) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 272) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 272) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 272) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 272) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 272) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 272) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 272) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 272) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 272) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     22
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 272) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 272) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 272) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 272) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 272) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     24
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 272) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 273) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 273) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 273) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 273) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 273) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 273) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 273) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 273) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 273) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 273) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 273) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 273) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 273) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 273) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 273) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 273) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 273) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 273) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 273) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 273) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 273) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 273) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 273) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 273) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 273) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 273) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 273) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 273) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 273) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 273) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 273) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 273) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 8 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 273) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 273) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 273) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 273) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 273) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 273) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 273) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 273) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 273) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 273) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 273) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 273) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 273) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 273) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 273) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 273) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 273) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 273) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 273) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 273) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 273) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 273) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 273) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 273) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 273) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 273) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 273) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 273) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 273) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 273) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 273) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 273) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 273) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 273) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 273) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 273) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 273) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 273) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 273) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 273) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 273) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 273) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 273) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 273) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 2
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 273) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 273) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 273) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 273) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 273) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 273) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 273) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 273) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 274) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 274) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 274) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 274) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 274) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 274) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 274) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 274) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 274) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 274) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 274) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 274) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 274) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 274) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 274) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 274) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 274) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 274) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 274) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 274) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 274) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 274) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 274) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 274) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 274) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 274) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 274) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 274) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 274) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 274) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 274) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 274) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 274) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 274) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 274) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 274) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 274) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 274) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 274) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 274) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 274) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 274) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 274) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 274) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 274) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 274) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 274) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 274) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 274) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 274) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 274) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 274) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 274) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 274) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 274) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 274) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 274) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 274) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 274) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 274) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 274) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 274) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 274) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 274) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 274) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 274) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 274) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 274) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 274) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 274) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 274) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 274) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 274) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 274) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 274) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 274) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 274) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 275) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 275) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 275) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 275) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 275) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 275) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 275) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 275) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 275) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 275) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 275) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 275) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 275) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 275) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 275) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 275) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 275) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 275) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 275) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 275) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 275) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 275) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 275) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 275) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 275) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 275) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 275) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 275) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=3 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 275) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 275) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 275) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 275) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 275) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 275) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 275) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 275) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 275) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 275) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 275) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 275) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 275) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 275) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 275) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 275) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 275) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 275) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 3
*************** MB = 61 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 275) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 275) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 275) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 275) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 275) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 275) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 275) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 275) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 275) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 275) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 275) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 skipped*************
mXLum[0] = 1
mYLum[0] = 1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 275) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 275) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 275) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 275) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 1
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 275) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 275) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 275) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 275) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 275) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 275) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 275) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 275) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 275) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 275) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 275) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 275) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 275) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 275) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 276) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 276) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 276) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 276) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 276) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 276) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 276) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 276) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 276) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 276) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 276) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 276) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 276) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 276) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 276) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 276) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 276) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 276) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 276) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 276) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 276) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 276) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 276) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 276) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 276) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 276) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 276) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 276) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 276) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 276) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 276) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 276) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 276) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 276) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 276) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 276) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 276) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 276) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 276) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 276) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 276) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 276) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 276) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 276) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 276) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 276) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 276) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 276) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 276) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 276) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 276) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 276) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 276) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 276) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 276) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 276) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 276) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 276) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 276) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 276) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 276) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 276) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 276) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 276) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 276) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     22
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=2 #t1=2
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 276) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 276) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 276) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 276) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 276) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 276) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 276) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 276) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 276) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 276) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 276) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 276) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 277) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 277) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 277) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 277) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 277) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 277) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 277) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 277) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 277) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 277) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 277) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 277) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 277) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 277) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 277) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 277) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 277) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 277) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 277) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 277) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 277) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 277) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 277) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 277) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 277) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 277) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 277) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 277) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 277) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 277) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 277) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 277) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 277) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 277) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 277) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 277) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 277) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 277) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 277) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 277) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 277) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 277) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 277) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 277) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 277) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 277) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 277) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 277) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 277) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 277) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 277) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 277) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 277) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 277) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 277) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 277) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 277) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 277) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 277) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 277) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 277) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 277) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 277) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 277) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 277) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 277) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 277) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 277) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 277) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 277) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 277) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 277) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 277) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 277) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 277) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 277) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 277) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 277) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 277) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 277) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 277) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 277) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 277) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 277) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 277) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 277) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 277) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 277) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 278) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 278) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 278) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     23
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 278) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 278) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 278) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 278) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 278) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 278) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 278) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 278) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 278) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 278) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 278) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 278) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 278) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 278) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 278) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 278) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 278) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 278) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 278) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 278) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 278) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 278) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 278) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 278) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 278) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 278) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 278) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 278) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 278) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 278) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 278) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 278) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 278) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 278) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 278) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 278) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 278) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 278) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 278) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 278) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 278) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 278) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 278) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 278) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 278) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 278) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 278) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 278) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 278) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 278) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 278) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 278) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 278) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 278) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 278) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 278) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 278) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 278) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 278) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 278) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 278) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 278) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 278) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 278) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 278) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 278) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 278) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 278) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 278) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 278) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 278) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 278) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 278) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 278) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 278) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 278) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 278) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 278) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 278) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 278) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 279) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 279) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 279) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 279) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 279) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 279) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 279) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 279) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 279) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 279) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 9 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 279) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 279) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 279) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 279) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 279) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 279) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 279) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 279) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 279) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 279) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 279) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 279) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 279) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 279) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 279) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 279) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 279) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 279) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 279) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 279) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 279) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 279) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 279) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 279) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 279) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 279) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 279) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 279) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 279) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 279) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 279) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 1
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 279) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 279) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 279) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 279) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 279) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 279) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 279) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 279) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 279) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 279) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 279) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 279) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 279) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 279) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 279) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 1
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 279) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 279) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 279) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 279) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 279) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 279) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 279) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 279) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 279) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 279) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 279) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 279) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 279) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 279) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 279) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 279) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 279) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 279) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 279) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 279) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 279) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 279) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 279) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 279) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 280) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 280) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 280) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 280) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 280) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 280) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 280) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 280) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 280) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 280) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 280) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 280) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 280) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 280) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 280) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 280) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 280) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 280) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 280) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 280) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 280) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 280) [x=5 y=5] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       5 (2)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       8 (0)
Intra mode4x4 Dir     =       0 (8)
Intra mode4x4 Dir     =       2 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (0)
Intra mode4x4 Dir     =       8 (1)
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=7 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=2 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=0
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 280) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 280) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 280) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 280) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 280) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 280) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 280) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 280) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 280) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 280) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 280) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 280) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 280) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 280) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 280) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 280) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 280) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 280) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 280) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 280) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 280) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 280) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 280) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 280) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 280) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 280) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 280) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 280) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 280) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 280) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     32
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 280) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 280) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 280) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 280) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 280) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 280) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 280) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 280) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 280) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 280) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 280) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 280) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 280) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 280) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 280) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 280) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 280) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 280) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 280) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 280) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 280) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 280) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 280) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 280) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 280) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 280) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 280) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 280) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 280) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 280) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 280) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 280) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 280) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 280) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 280) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 281) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 281) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 281) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 281) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 281) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 281) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 281) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 281) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 281) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 281) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 281) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 281) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 281) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 281) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 281) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 281) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 281) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 281) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 281) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 281) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 281) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 281) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 281) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 281) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 281) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 281) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 281) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 281) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 281) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 281) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 281) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 281) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 281) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 281) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 281) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 281) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 281) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 281) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 281) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 281) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 281) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 281) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 281) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 281) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 281) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 281) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 281) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 281) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 281) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 281) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 281) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 281) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 281) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 281) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 281) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 281) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 281) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 281) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 281) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 281) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 281) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 281) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 281) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 281) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 281) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 281) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 281) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 281) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 281) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 281) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 281) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 281) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 281) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 281) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 281) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 281) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 281) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 281) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 281) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 282) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 282) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 282) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 282) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 282) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 282) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 282) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 282) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 282) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 282) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 282) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 282) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 282) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 282) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 282) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 282) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 282) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 282) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 282) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 282) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 282) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 282) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 282) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 282) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 282) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 282) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 282) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 282) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 282) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 282) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 282) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 282) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 282) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 282) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 282) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 282) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 282) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 282) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 282) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 282) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 282) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 282) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 282) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 282) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 282) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 282) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 282) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 282) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 282) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 282) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 282) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 282) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 282) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 282) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 282) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 282) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 282) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 282) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 282) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 282) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 282) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 282) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 282) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 282) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 282) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 282) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 282) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 282) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 282) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 282) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 282) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 282) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 282) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 282) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 282) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 282) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 282) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 282) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 282) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 282) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 282) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 282) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 282) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 282) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 282) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 282) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 282) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 282) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 283) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 283) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 283) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 283) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 283) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 283) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 283) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 283) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     38
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 283) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 283) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 283) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 283) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 283) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 283) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 283) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 283) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 283) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 283) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 283) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 283) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 283) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 283) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 283) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 283) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 283) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 283) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     35
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 283) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 283) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 283) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 283) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 283) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 283) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 283) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 283) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 283) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 283) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 283) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 283) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 283) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 283) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 283) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 283) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 283) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 283) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 283) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 283) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 283) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 283) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 283) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 283) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 283) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 283) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 283) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 283) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 283) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 283) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 283) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 283) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 283) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 283) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 283) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 283) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 283) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 283) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 283) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 283) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 283) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 283) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 283) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 283) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     18
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 283) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 283) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 283) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 283) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 283) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 283) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 283) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 283) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 283) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 283) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 283) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 283) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 283) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 283) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 283) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 284) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 284) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 284) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 284) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 284) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 284) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 284) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 284) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 284) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 284) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 284) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 284) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 284) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 284) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 284) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 284) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 284) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 284) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 284) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 284) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 284) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 284) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 284) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 284) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 284) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 284) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 284) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 284) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 284) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 284) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 284) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 9
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 284) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 284) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 284) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 284) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 284) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 284) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 284) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 284) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 284) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 284) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 284) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 284) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 284) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 284) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 284) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 284) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 284) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 284) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 284) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 284) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 284) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 284) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 284) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 284) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 284) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 284) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 284) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 284) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 284) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 284) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 284) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 284) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 284) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 284) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 284) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 284) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 284) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 284) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 284) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 284) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 284) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 284) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 284) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 284) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 284) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 284) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 284) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     18
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 284) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 284) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 284) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 284) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 284) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 284) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 285) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 285) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 285) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 285) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 285) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 285) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 285) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 285) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 285) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 285) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 285) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 285) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 285) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 285) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 285) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 285) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 285) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 285) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 285) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 285) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 285) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 285) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 285) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 285) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 285) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 285) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 285) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 285) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 285) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 285) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 285) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 285) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 285) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 1
mYLum[0] = -2
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 285) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 285) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 285) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 285) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 285) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 285) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 285) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 285) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 285) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 285) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 285) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 285) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 285) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 285) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 285) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 285) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 285) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 285) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 285) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 285) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 285) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 285) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 285) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 285) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 285) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 285) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 285) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 285) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 285) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 285) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 285) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 285) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 285) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 285) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 285) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 285) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 285) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 285) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 285) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 285) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 285) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 285) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 285) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 285) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 285) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 285) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 285) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 285) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 285) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 285) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 285) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 285) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 285) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 285) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 285) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 285) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 4
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 285) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 285) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 285) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 286) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 286) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 286) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 286) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 286) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 286) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 286) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 286) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 286) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 286) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 286) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 286) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 286) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 286) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 286) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 286) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 286) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 286) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 286) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 286) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 286) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 286) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 286) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 286) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 286) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 286) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 286) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 286) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 286) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 286) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 286) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 286) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 286) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 286) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=10 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=9 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=3
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 286) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 286) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 286) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 286) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 286) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=6 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 286) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 286) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 286) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 286) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 286) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 286) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 1
mYLum[0] = -2
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 1
mYLum[0] = -2
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 286) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 286) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 286) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 286) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 286) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 286) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 286) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 286) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 286) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 286) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 286) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 286) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 286) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 286) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 286) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 286) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 286) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 286) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 286) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 286) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 286) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 286) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 286) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 286) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 286) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 286) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 286) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 286) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 286) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 286) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 286) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 286) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 286) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 286) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 286) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 286) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 286) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 286) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 286) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 286) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 286) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 286) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 286) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 286) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 286) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 287) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 287) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 287) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 287) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 287) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 287) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 287) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 287) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 287) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 287) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 1
mYLum[0] = -2
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 287) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 287) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 287) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 287) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -3
Pred.mXLum = 0
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 287) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 287) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 287) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 287) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 287) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 287) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 287) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 287) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 287) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 287) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 287) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 287) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 287) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 287) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 287) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 287) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 287) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 287) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 287) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 287) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 287) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 287) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 287) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 287) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 287) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 287) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 287) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 287) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 287) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     30
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 287) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 287) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 287) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 287) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 287) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 287) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 287) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 287) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 287) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 287) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 287) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 287) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     40
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 287) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 287) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 287) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 287) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 287) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 287) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 287) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 287) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 287) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 287) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 287) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 287) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 287) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 287) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 287) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 287) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 287) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 287) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 287) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 287) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 287) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 287) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 287) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 287) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 287) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 287) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 287) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 287) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 287) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 1
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 287) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 287) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 287) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 287) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 287) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 287) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 287) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 287) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 2
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 288) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 288) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 288) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 288) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 288) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 288) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 288) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 288) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 288) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 288) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 288) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 288) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 288) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      -1
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 288) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 288) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 288) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 288) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 288) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 288) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 288) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 288) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 288) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 288) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 288) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 288) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 288) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 288) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 288) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 288) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 288) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 288) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 288) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 288) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 288) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 288) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 288) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 288) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 288) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 288) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 288) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 288) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 288) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 288) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 288) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 288) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 288) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 288) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 288) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 288) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 288) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 288) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 288) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 288) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 288) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 288) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 288) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 288) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 288) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 288) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 288) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 288) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 288) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 288) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 288) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 288) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 288) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 288) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 288) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 288) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 288) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 288) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 288) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 288) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 288) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 288) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 288) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 288) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 5
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 288) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 288) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 288) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 288) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 288) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 288) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 288) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 288) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 288) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 4
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 288) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 288) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 288) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 289) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 289) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     28
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 289) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 289) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 289) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 289) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 289) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 289) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 289) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 289) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 289) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 289) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 289) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 289) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 289) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 289) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 289) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 289) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 289) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 289) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 289) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 289) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 289) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 289) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 289) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 289) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 289) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 289) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 289) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 289) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 289) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 289) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 289) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 289) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 289) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 289) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 289) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 289) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 289) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 289) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 289) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 289) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 289) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 289) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 289) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 289) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 289) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 289) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 289) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 289) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 289) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 289) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 289) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 289) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 289) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 289) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 289) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 289) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 289) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 289) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 289) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 289) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 289) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[1] = 0
mYLum[1] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 289) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 289) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 289) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 289) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 289) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 289) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 289) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 289) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 289) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 289) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 289) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 289) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 289) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 289) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 289) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 289) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = -2
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 289) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 289) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 289) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 289) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 289) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 289) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 289) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 289) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 290) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 290) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 290) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 290) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 290) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 290) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 290) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 290) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 290) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 290) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 290) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 290) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 290) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 290) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 290) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 290) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 290) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 290) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 290) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 290) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 290) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 290) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 290) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 290) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 290) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 290) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 290) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 290) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 290) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 290) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 290) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 290) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 290) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 290) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 290) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 290) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 290) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 290) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 290) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 290) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 290) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 290) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 290) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 290) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 290) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 290) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 290) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 290) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 290) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 290) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 290) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 290) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 290) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 290) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 290) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 290) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 290) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 290) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 290) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 290) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 290) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 290) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 290) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 290) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 290) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 290) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 290) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 290) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 290) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 290) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 290) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 290) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 290) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 290) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 290) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 290) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 290) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 290) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 290) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 290) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 290) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 290) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 290) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     44
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 290) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 290) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 291) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 291) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 291) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 291) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 291) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 291) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 291) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 291) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 291) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 291) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 291) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 291) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 291) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 291) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 291) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 291) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 291) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   1
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
(Not Muxed) mSubBlocInfo[1].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
mXLum[1] = -2
mYLum[1] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 291) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 291) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 291) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 291) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 291) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 291) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 291) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 291) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 291) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 291) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 291) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 291) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 291) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 291) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 291) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 291) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 291) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 291) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 291) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 291) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 291) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 291) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 291) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 291) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 291) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     25
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 291) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 291) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 291) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 291) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 291) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 291) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 291) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 291) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 291) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 291) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 291) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 291) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 291) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 291) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 291) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 291) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 291) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 291) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 291) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 291) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 291) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 291) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 291) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 291) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 291) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 291) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 291) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 291) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 291) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 1
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 291) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 291) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 291) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 291) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 291) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 291) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 291) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 291) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 291) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 291) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 291) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 292) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 292) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 292) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 292) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 292) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 292) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 292) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 292) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 292) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 292) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 292) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 292) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 292) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 292) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     33
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 292) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 292) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 292) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 292) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 292) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 292) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 292) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 292) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 292) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 292) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 292) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 292) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 292) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 292) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 292) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 292) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 292) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 292) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 292) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 292) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 292) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 292) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 292) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 292) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 292) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 292) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 2
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 292) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 292) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 292) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 292) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 292) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 292) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 292) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 292) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 292) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 292) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 292) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 292) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 292) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 292) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 292) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 292) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 292) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 292) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 292) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 292) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 292) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 292) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 292) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 292) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 292) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 292) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 292) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 292) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 292) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 292) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 292) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 292) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 292) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 292) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 292) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 292) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 292) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 292) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 292) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 292) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 292) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 292) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 292) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 292) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 292) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 292) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 293) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 293) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 293) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 293) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 293) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 293) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 293) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 293) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 293) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 293) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 293) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 293) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 293) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 293) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 293) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 293) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 293) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 293) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 293) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 293) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 293) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 293) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 293) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 293) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 293) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 293) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 293) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 3 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 293) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 293) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 293) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 293) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 293) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 293) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 293) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 293) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 293) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 7, 0
*************** MB = 42 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 293) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 293) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 293) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 293) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 293) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 293) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 293) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 293) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 293) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 293) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 293) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 293) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 293) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 293) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 293) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 293) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 293) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 293) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 293) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 293) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 293) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 293) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 293) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 293) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 293) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 293) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 293) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 293) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 293) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 293) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 293) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 293) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 293) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 293) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 293) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 293) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     18
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 293) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 293) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 293) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=9 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 293) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 293) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 293) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 293) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 293) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 293) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 293) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 293) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 294) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 294) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 294) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     22
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 294) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 294) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 294) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     24
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 294) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     27
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 294) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 294) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 294) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 294) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 294) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 294) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 294) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 294) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 294) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 294) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 294) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 294) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 294) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 294) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 294) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 294) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     31
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 294) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 294) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 294) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 294) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 294) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 294) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 294) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 294) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 294) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 294) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 294) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 294) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 294) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 294) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 294) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 294) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 294) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 294) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 294) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 294) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 294) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 294) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     41
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 294) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 294) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     34
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 294) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 294) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 294) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 294) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 294) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 294) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 294) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 294) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 294) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 294) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 294) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 294) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 294) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 294) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 294) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 294) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 294) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 294) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 294) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 294) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 294) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 294) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 294) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 294) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 294) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 294) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 294) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     26
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =15 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 294) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 294) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 294) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 294) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 294) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 294) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 294) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 294) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 295) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 295) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 295) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     46
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=2 #t1=2
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 295) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 295) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 295) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 295) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 295) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 295) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     39
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 295) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 295) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 295) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 295) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 295) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 4
*************** MB = 16 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 295) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 295) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 295) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 295) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 295) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 295) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 295) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 295) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 295) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 295) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 295) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 295) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 295) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 295) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 295) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 295) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 295) [x=1 y=0] ****************
INTRA_16x16     6
CBP     15
DeltaQuant                      0
  INTRA LUMA 16x16 DC
    Lum16DC # c & tr.1s vlc=0 #c=15 #t1=1
    Lum16DC totalrun = 1 vlc=?
  INTRA LUMA 16x16 AC
      Luma # c & tr.1s vlc=0 #c=8 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=3 #c=10 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
  INTRA CHROMA DC
      ChrDC # c & tr.1s  #c=3 #t1=2
      ChrDC # c & tr.1s  #c=4 #t1=0
  INTRA CHROMA AC
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=2 #t1=2
        ChrAC totalrun = 7 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=3 #t1=0
        ChrAC totalrun = 6 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 295) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 295) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 295) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 295) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 295) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 295) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 295) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 295) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 295) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 295) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =14 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 295) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 295) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 295) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 295) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 295) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 295) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 295) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 295) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 1
*************** MB = 56 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 295) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 295) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 295) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 295) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 295) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 295) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 295) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 295) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 295) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 295) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 295) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 295) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 295) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 295) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 295) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 295) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 295) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 295) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 295) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 295) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 295) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 295) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 295) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 295) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 295) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 295) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 295) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 295) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 8
*************** MB = 98 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 296) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 296) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 296) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 296) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 296) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 296) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 296) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 296) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 296) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 296) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 296) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 296) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 296) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 296) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 296) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 296) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 296) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 4
*************** MB = 19 ***(pic 296) [x=7 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 296) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 296) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 296) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 296) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 296) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 296) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 ***(pic 296) [x=7 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -7
mYLum[0] = -6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 5
*************** MB = 27 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 296) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 ***(pic 296) [x=3 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 296) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 296) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 296) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 296) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 296) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 296) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 296) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 296) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 296) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 296) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 296) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 296) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 0
*************** MB = 45 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 296) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 296) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 296) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 296) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 296) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 296) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 296) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 296) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 296) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 296) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 296) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 296) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 296) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 296) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 296) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 296) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 296) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 296) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 296) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     20
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 296) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 296) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 296) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 296) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     29
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 10, 5
*************** MB = 72 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 296) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 296) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 296) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 296) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 296) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 296) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 296) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 4, 7
*************** MB = 81 ***(pic 296) [x=4 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 296) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 296) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 296) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 296) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 296) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 296) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 296) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = -2
mYLum[0] = -2
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 296) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 ***(pic 296) [x=5 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 296) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 296) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 1
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 296) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 296) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 296) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 297) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 297) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 297) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 ***(pic 297) [x=5 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 297) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 297) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 297) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 297) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 297) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 297) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 297) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 297) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 297) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 297) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 297) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 297) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 297) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 297) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 4
*************** MB = 18 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 297) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 297) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 297) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 297) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 297) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 297) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 297) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 297) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 297) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 297) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 297) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 297) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 297) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 297) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 297) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 297) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 297) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 297) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 297) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 297) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 297) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 297) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 297) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 297) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 297) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 297) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 297) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 297) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 297) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 297) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 297) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 297) [x=0 y=2] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       7 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       2 (0)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       0 (0)
Intra mode4x4 Dir     =       0 (2)
Intra mode4x4 Dir     =       1 (0)
Intra mode4x4 Dir     =       4 (0)
Intra mode4x4 Dir     =       3 (4)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       3 (3)
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=7 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=9 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=3 #c=8 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=3 #c=6 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=8 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =3 vlc=? 
      ChrDC # c & tr.1s  #c=2 #t1=2
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 297) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 297) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 297) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 297) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 297) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 3
*************** MB = 64 skipped*************
mXLum[0] = -2
mYLum[0] = 0
Next MB To be encoded : 0, 4
*************** MB = 65 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 4
*************** MB = 66 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 297) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 297) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 1, 5
*************** MB = 70 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 297) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 297) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 297) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 6
*************** MB = 74 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 297) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 297) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -3
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 297) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 7
*************** MB = 78 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 297) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 297) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 297) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 297) [x=8 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 297) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 297) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=9 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 297) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      1
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 8
*************** MB = 90 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 297) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 297) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 297) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 8
*************** MB = 95 ***(pic 297) [x=7 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 1
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 8, 8
*************** MB = 96 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 297) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 297) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 298) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 298) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 ***(pic 298) [x=4 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 298) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 298) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     43
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 298) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 298) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     36
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 3
*************** MB = 8 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 298) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 298) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     23
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 3
*************** MB = 11 ***(pic 298) [x=6 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 298) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 298) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 298) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     16
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 298) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 298) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=6 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 298) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 298) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 ***(pic 298) [x=2 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=8 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 5
*************** MB = 22 ***(pic 298) [x=3 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 298) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 298) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 298) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 298) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 298) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 298) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 298) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     31
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
Next MB To be encoded : 7, 6
*************** MB = 33 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 298) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 298) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 298) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 298) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      1
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 ***(pic 298) [x=3 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 4, 0
*************** MB = 39 ***(pic 298) [x=4 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 0
*************** MB = 40 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 298) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 298) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 0
*************** MB = 43 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 298) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     45
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 298) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     8
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 298) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      -1
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 298) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 1
*************** MB = 49 ***(pic 298) [x=3 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 298) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 298) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 6, 1
*************** MB = 52 ***(pic 298) [x=6 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
Next MB To be encoded : 7, 1
*************** MB = 53 ***(pic 298) [x=7 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 1
*************** MB = 54 ***(pic 298) [x=8 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 298) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 298) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 298) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 2
*************** MB = 59 ***(pic 298) [x=9 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 2
*************** MB = 60 ***(pic 298) [x=10 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 298) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 298) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     6
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 298) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 298) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 298) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 298) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 10, 4
*************** MB = 68 ***(pic 298) [x=10 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 298) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     37
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 1 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 298) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 298) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     47
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=6 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 298) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 298) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     21
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=0
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=8 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 298) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 298) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 10, 6
*************** MB = 76 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 298) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=3 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 298) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 298) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     17
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 3, 7
*************** MB = 80 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 ***(pic 298) [x=5 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 298) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = -2
CBP     10
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 7
*************** MB = 84 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 7
*************** MB = 85 ***(pic 298) [x=8 y=7] ****************
MB_INTRA_4x4     5
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       1 (1)
Intra mode4x4 Dir     =       8 (1)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       4 (1)
Intra mode4x4 Dir     =       2 (2)
Intra mode4x4 Dir     =       6 (1)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       8 (2)
Intra mode4x4 Dir     =       6 (6)
Intra mode4x4 Dir     =       2 (4)
Intra mode4x4 Dir     =       1 (2)
Intra mode4x4 Dir     =       6 (2)
Intra mode4x4 Dir     =       6 (1)
CBP     31
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=3 #t1=2
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 298) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 298) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 298) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=5 #t1=1
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 8
*************** MB = 89 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 298) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      1
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 8
*************** MB = 91 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 8
*************** MB = 92 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 ***(pic 298) [x=6 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      -1
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 298) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 298) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 298) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     6
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 0, 9
SliceGroup 0 : mMBX = 2, mMBY = 2, NbOfMax = 35, 0 encoded MB in the image
CompressSlice 0
*************** MB = 0 ***(pic 299) [x=2 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 3, 2
*************** MB = 1 ***(pic 299) [x=3 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 2
*************** MB = 2 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 2
*************** MB = 3 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 2
*************** MB = 4 ***(pic 299) [x=6 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 7, 2
*************** MB = 5 ***(pic 299) [x=7 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 2
*************** MB = 6 ***(pic 299) [x=8 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 3
*************** MB = 7 ***(pic 299) [x=2 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 3, 3
*************** MB = 8 ***(pic 299) [x=3 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     38
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 3
*************** MB = 9 ***(pic 299) [x=4 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 3
*************** MB = 10 ***(pic 299) [x=5 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 6, 3
*************** MB = 11 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 3
*************** MB = 12 ***(pic 299) [x=7 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 6
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 8, 3
*************** MB = 13 ***(pic 299) [x=8 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 4
*************** MB = 14 ***(pic 299) [x=2 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     33
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 4
*************** MB = 15 ***(pic 299) [x=3 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 4
*************** MB = 16 ***(pic 299) [x=4 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 4
*************** MB = 17 ***(pic 299) [x=5 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=7 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 6, 4
*************** MB = 18 ***(pic 299) [x=6 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 4
*************** MB = 19 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 4
*************** MB = 20 ***(pic 299) [x=8 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     42
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 0 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 2, 5
*************** MB = 21 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 3, 5
*************** MB = 22 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 5
*************** MB = 23 ***(pic 299) [x=4 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 5, 5
*************** MB = 24 ***(pic 299) [x=5 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 6, 5
*************** MB = 25 ***(pic 299) [x=6 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 7, 5
*************** MB = 26 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 5
*************** MB = 27 ***(pic 299) [x=8 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     11
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 2, 6
*************** MB = 28 ***(pic 299) [x=2 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=2 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
Next MB To be encoded : 3, 6
*************** MB = 29 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 6
*************** MB = 30 ***(pic 299) [x=4 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 6
*************** MB = 31 ***(pic 299) [x=5 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 6, 6
*************** MB = 32 ***(pic 299) [x=6 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 7, 6
*************** MB = 33 ***(pic 299) [x=7 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 8, 6
*************** MB = 34 ***(pic 299) [x=8 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 9
SliceGroup 1 : mMBX = 0, mMBY = 0, NbOfMax = 64, 35 encoded MB in the image
CompressSlice 1
*************** MB = 35 ***(pic 299) [x=0 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=2 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 1, 0
*************** MB = 36 ***(pic 299) [x=1 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 2, 0
*************** MB = 37 ***(pic 299) [x=2 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=5 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=2 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 3, 0
*************** MB = 38 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 0
*************** MB = 39 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 0
*************** MB = 40 ***(pic 299) [x=5 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     15
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 0
*************** MB = 41 ***(pic 299) [x=6 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=2 #c=2 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 0
*************** MB = 42 ***(pic 299) [x=7 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 8, 0
*************** MB = 43 ***(pic 299) [x=8 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 9, 0
*************** MB = 44 ***(pic 299) [x=9 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 0
*************** MB = 45 ***(pic 299) [x=10 y=0] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
Next MB To be encoded : 0, 1
*************** MB = 46 ***(pic 299) [x=0 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 1, 1
*************** MB = 47 ***(pic 299) [x=1 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
Next MB To be encoded : 2, 1
*************** MB = 48 ***(pic 299) [x=2 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=0
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=1
      Luma totalrun =6 vlc=? 
Next MB To be encoded : 3, 1
*************** MB = 49 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 4, 1
*************** MB = 50 ***(pic 299) [x=4 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 5, 1
*************** MB = 51 ***(pic 299) [x=5 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 6, 1
*************** MB = 52 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 1
*************** MB = 53 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 1
*************** MB = 54 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 1
*************** MB = 55 ***(pic 299) [x=9 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     2
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 10, 1
*************** MB = 56 ***(pic 299) [x=10 y=1] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 0, 2
*************** MB = 57 ***(pic 299) [x=0 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     5
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=5 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=2 #c=4 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
Next MB To be encoded : 1, 2
*************** MB = 58 ***(pic 299) [x=1 y=2] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 9, 2
*************** MB = 59 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 10, 2
*************** MB = 60 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 3
*************** MB = 61 ***(pic 299) [x=0 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 1, 3
*************** MB = 62 ***(pic 299) [x=1 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 9, 3
*************** MB = 63 ***(pic 299) [x=9 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     3
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 3
*************** MB = 64 ***(pic 299) [x=10 y=3] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = -2
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 4
*************** MB = 65 ***(pic 299) [x=0 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 1, 4
*************** MB = 66 ***(pic 299) [x=1 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 9, 4
*************** MB = 67 ***(pic 299) [x=9 y=4] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = -2
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
Next MB To be encoded : 10, 4
*************** MB = 68 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 0, 5
*************** MB = 69 ***(pic 299) [x=0 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     10
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 5
*************** MB = 70 ***(pic 299) [x=1 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 9, 5
*************** MB = 71 ***(pic 299) [x=9 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     9
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=0
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 5
*************** MB = 72 ***(pic 299) [x=10 y=5] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -4
mYLum[0] = 4
Pred.mXLum = 0
Pred.mYLum = 0
CBP     32
DeltaQuant                      0
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 6 vlc=?
Next MB To be encoded : 0, 6
*************** MB = 73 ***(pic 299) [x=0 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     40
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 4 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 6
*************** MB = 74 ***(pic 299) [x=1 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=3
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 6
*************** MB = 75 ***(pic 299) [x=9 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     35
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=4 #t1=1
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      ChrDC # c & tr.1s  #c=0 #t1=0
      ChrDC # c & tr.1s  #c=1 #t1=1
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=1 #t1=1
        ChrAC totalrun = 2 vlc=?
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
        ChrAC # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 6
*************** MB = 76 ***(pic 299) [x=10 y=6] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 7
*************** MB = 77 ***(pic 299) [x=0 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     14
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 1, 7
*************** MB = 78 ***(pic 299) [x=1 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     19
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =7 vlc=? 
      ChrDC # c & tr.1s  #c=1 #t1=1
      ChrDC # c & tr.1s  #c=0 #t1=0
Next MB To be encoded : 2, 7
*************** MB = 79 ***(pic 299) [x=2 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     12
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=4 #t1=3
      Luma totalrun =8 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 3, 7
*************** MB = 80 ***(pic 299) [x=3 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     13
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =6 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =10 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 4, 7
*************** MB = 81 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 5, 7
*************** MB = 82 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 7
*************** MB = 83 ***(pic 299) [x=6 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =3 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =2 vlc=? 
Next MB To be encoded : 7, 7
*************** MB = 84 ***(pic 299) [x=7 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 8, 7
*************** MB = 85 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 9, 7
*************** MB = 86 ***(pic 299) [x=9 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = -2
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 10, 7
*************** MB = 87 ***(pic 299) [x=10 y=7] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = -2
Pred.mYLum = 0
CBP     0
Next MB To be encoded : 0, 8
*************** MB = 88 ***(pic 299) [x=0 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     7
DeltaQuant                      0
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =4 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =7 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=0
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =12 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =13 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=1 #c=3 #t1=3
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =5 vlc=? 
      Luma # c & tr.1s vlc=1 #c=1 #t1=1
      Luma totalrun =5 vlc=? 
Next MB To be encoded : 1, 8
*************** MB = 89 ***(pic 299) [x=1 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =11 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =9 vlc=? 
Next MB To be encoded : 2, 8
*************** MB = 90 ***(pic 299) [x=2 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=1 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 3, 8
*************** MB = 91 ***(pic 299) [x=3 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     1
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 4, 8
*************** MB = 92 ***(pic 299) [x=4 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=2 #t1=2
      Luma totalrun =1 vlc=? 
Next MB To be encoded : 5, 8
*************** MB = 93 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 6, 8
*************** MB = 94 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 7, 8
*************** MB = 95 skipped*************
mXLum[0] = 0
mYLum[0] = 0
Next MB To be encoded : 8, 8
*************** MB = 96 ***(pic 299) [x=8 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 0
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
Next MB To be encoded : 9, 8
*************** MB = 97 ***(pic 299) [x=9 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     4
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=1 #t1=1
      Luma totalrun =0 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
Next MB To be encoded : 10, 8
*************** MB = 98 ***(pic 299) [x=10 y=8] ****************
INTER_16x16 16x8 8x16   0
(Not Muxed) mSubBlocInfo[0].mVector.mRefIdx = 0
mXLum[0] = 1
mYLum[0] = 0
Pred.mXLum = 0
Pred.mYLum = 0
CBP     8
DeltaQuant                      0
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=0 #c=3 #t1=3
      Luma totalrun =1 vlc=? 
      Luma # c & tr.1s vlc=0 #c=0 #t1=0
      Luma # c & tr.1s vlc=1 #c=2 #t1=2
      Luma totalrun =4 vlc=? 
Next MB To be encoded : 0, 9
